20231102 11093100 1.0 TRUE TRUE 002 1500000005000 iVBORw0KGgoAAAANSUhEUgAAAMgAAACFCAYAAAAenrcsAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAA JwAAACcBKgmRTwAAIABJREFUeJzsvQVUVfm7//+iu7sNEBUVxQIVRbCxC1vHGlFnxh4da+yxsbsd C1uxFVQEREVQSUW6+9D9W3sfRL3r/u5dv/X/3/n6vfqs5Tqc4z777Hjen+f95Javra2t5Yf8kB/y n4r8f/7xD/khP+QHQH7ID/lv5IcF+SE/5L+QHwD5IT/kv5AfAPkhP+S/kB8A+SE/5N8dIMnJyZib m/+rD+OHfIfyzQKkPDeVvSfOi39vXzePuUu34eTkhKOjo/jZgwsnuPLiKSGvo7HQbc7MVQtxaWb9 Lz7qH/K/Tb5JgGRF+jF0mifvYzLJyMrFyVmXPy8tQvm8EjbNhxH7MpBqeTU6WBoQlFVCkGUk3h3a 8/BlBK62Jv/qw/8h/4vkmwTIkePbicwoRVbPBPcO7Ulo8QCzvGrSY6pQaPGA6vOpZJVDhckQbAtC ifcuo7y0nC2btnOXD2x64o+BrB7Ll8wjJa+Cv+bO+lef0g/5N5VvEiCKEg10LFuxoF9H7sXcRqNF NcknoboESoxTabzQCOVzxQT4PePA8ZX8fmwDplr5PDy/mUfVyihpmzNzxiju+vjSWL8QF49X/L1t DWZmZv/qU/sh/2byTQJkzMJhZJx+y6Y/lpFiBQ7OUJYDig1BTk6wHBmYzIOKbUV45c+hKrmKHHtw 2GFKK0lXws49ZuP2VZRV69O7WwcKI+/h2Pk+U+evY+UvE/7Vp/dvL2+D/IhOzv7iEzX6D++LMv/7 5JsESHymPO+SCujdx4l918MwqW5AnnsEOnYgCYX8CFBvDUZTZaktq6JUAsqFIKOeymvOYTykMfob VNFv0x5NwHnuGoIv7WHT/IkcPHuKtwH30f1Xn+S/sURGJ+Pk2q3+/VufR+QCpnXva6qyeJz+GFOt 9thqWPHvLN8kQCwszHjocxT3flPYf2gQ3gE7aNgJkoIh5jzYLQYFeTDM1ya9NpeqGlDSl35Xpgay TeKoVTVlQC9XZAoT2bb8Txb81o07YfFUpQSwYacPm391/1ef5r+3SBLx/H0DvUZO48vYYWlpOD/d 68Ibv3w0HRX5zek+oy27klf0ksX+o3hbEEuXhn/wk8ZwwsNjoaKGgspSZJGj16ARmGkr8S3JNwmQ sqR0yovK8X9xkbgBOZSpFqGpDOVpoKoNMqpQHgl3j+fScj40ngPqZlBbDTIqUJ0sy4yFv3Nmy0oy MGLlhp/5e+c5FKsl2FjZ8uThBfgBkP9WHl88zdEL1yksyuTK7cfiZ/p9lNBtVk7hPFWyJCVkJoTw 89AZRO3fjyoQJrePBM18cdtqSQX7Q1fiYenLjuBRBN6NJeEVMGs9j3LW00q5KwVP7enesTlZcZH0 27aF6fPno6luxPihvfgW5JsDiCQlhP17NzB83Gz029zlsV8CsV5gPgf0+4KWMxQlgG6pLENtajjb CIRbFyqBC0pQmSWLsb8DCo65RKYJhj+XxOQiQmKTcHMfTub7B4QGn+dh9CbcbI343iQlJeWrYIXw fvjw4Vy8eJGAgAC2b9/O3LlzxfdhD29g6+TB9duP6dQE3qcrIhPZkJg7UZjrldC+EXjPSsN12Ub2 XLnKh/BYZHSqKY8CSS5oa4Ks0G1UnUPIOXks47qQZeFPxi2o9IEHbTJYOlCfeZ6e2A/0ZGL/lhzd d5EVK39m1YrlmDe2RkG3Eos22rQ2HoKOvNw/fr2+OYCkZ1xCzrI9Bm/9uVr0Bt5DNZAXBFp2oKwL VYGQ/tqUxPRkBAx014X9R8ES6Oj6K+9VXhGZCwumjhctSG12Mqu9NvHa5xqdf96G3oFZbN55CLc9 y/g+pIw1s5ey7/JZ0tLSUDExo51pU/qMdefGiW14jUhmuLsjQWHJjHSCeZ6B4muiHly/eVwERw3Q 3a6CgJgogtbCnJMwQtj2JJycV8KaBVN5mJZI4/GQ7A3FwtpUAR5zu3PIay/utuO5kRqGi9JQaqIu c34veHhFs2fDDkqAwDt3mTRgCiEhG7nobYiiYi3JSv5EKftR/QzUlRuz0dWfNhrG3zdA3nyUByVt 7t4JJEsTWq6Xfi5YEHnhLlULFkQD45+SUTGDnyLB4AzceQWaGso0667A61g5xrkZUlmiQITPUTLl 7WmSeQxvn0C870fyyzQn9vz9EP6XA+TFo5scv3afpPQwXl14i5xerqj4T+NryClJJeDWZRyMU3lQ Np+JPxmgdmEHm35KQ74KHJfBxXkQEAPzTkDyPhi+HREcZrpwca70vVMTcFwKw2bW0NoOirJAqwmU v4WqfIi5GYC6fCdOr1vGxwqw0JN+xzsIzs8By5m5jHB3x77XIJ5cv8Lu/V48vnSJJl3dePDKm0pr eDMKmp+LZf2LRXi7nvy+AdK5iTlbTl5k0fq13PANo7eaCZtMdlKeAXJa0CKlJzk97lOdBG8vQsvf QDFLn5Y52SRklLFqxwHGDurB73Vm26K6lsjiaIb0H4HqlUDs+/RGRaGMRiqPiCyHZt+WT/j/Sfwf XCc9v0L8O+99MKd8I4kPucnc/vBaD+b1lyo7pNHYxASUTFB1XEXKi1ssux7G6t1LuPF8ObN7IlqN Oac1sWvvjImuLyO2lxAUIwXMCEfpq/A+JUf620lluaReg+R78hg1tmJin57ExqdT8y6WAJ28uohk IEk5sNURLgbBdh8ol9FHAgS/CMTcsgGhd69SUl7AiuU7+PPPnqwadQmBpb0aBaU7npLY/jWxBbH/ GOX65gAiW6WHuZk5F32uoaSsxJ5T5axyW8Ozt5m0aducnJJbFPpBzDPp9m9LwaJDNtq1kCzeLAl/ n7ks/p9gtttOtCH8WR63/WLYuG8fwbf/xi+hJU1tann3NIFmPf59w5De3t5I8vORV1Tk8dGdvKnV prWNNZ06O6Jl3hIL1SACqmD7TenKLbwKtMg7EPxDQoAI7Dq0EK21ILcfpuFYK1AfkFPUZ9zCTeJq PnXeWm6f3c3uo8uYNHkyQe6w2wfRGg3vrMndTGeue9+m/4T59JnQhqvnTqBhYE7rmmIy6I2tfi7B Mp1wd9dlYhMfEWDCP+F3ZK1ccG5hRHxuOQnh0TS2bwFFSuzaNZS/D5+ln7s7IYGP0FxYStmeeBzO OmDkDmYtm7G/1wsaqah9XwABGZqYWHH+6FHUHVyw14MNx06zYMaYemduiI0991uEkfZGakFKoyHD 1JqJPdtyb/95Co2hKBGmTuvLs9s3MNLvTkOTGhSKc8itNuFnDzNOnWuFQn4G8O8JkHtnt3DgQjAj uthzxfcd5blp9B7uhqa6IZ5TJlOBIpu3ruXuwwD0bKt588GcuWP6c/DkUbq4d6IkIZnEtA9c8nla b62njdRi5QJQVQOJdmf0bxwSaSn3I5mzdBzRNw6J/sI2H312LW7Lx8xXZDbfhHZpJH95DaOwsIh9 m5ciI6eLmmEUh4+eFo/1l7nzuHVkK1VCSjFXCo6UXHiZbsDsifrsOfeIgQPGoG1dTkaxIjplb/A6 mIpH/yGYGOtgqafLjS2nRHonWK4Jp4RsciSnGp5kZSvP7w0g8OzFE8b9sYGS5AjRye5t3YBw3zv1 ztzgpXbIhaXSY5I6GbVxZN2FEsUPvLONpYmbOzFR/lRoFXB4zx5+6amHf/Y7mtoOZMPWU3iMH8/x dTsJypBj6oT//we6fIoC/b9KdX6aGDgwsLIiPjOVGRNmY2ak8XmDggy27z+EgpY+kqwY4ior6NSm hVht8LFCnmaN9P6v+86OlGfxqt/5+9AG+k1ZgX5hNBkm7XCuDOWCfzKPIqKgJo17Z73JKYOwFBjo GIVd9zH1tDQnIoTO3ftI3w8cQdCbe4Rmd2Zg2SkMHPrVg3LpQk+OnX1G1MMXTB0/gqSIQJQVaqlW g5GtYHid5UjMgbJabe4EZ9LGQpnE+HAatGrHg71b0SENTQsBGJXioliCKkHrpL6PAK7A93BaYBBD +B+Xbw4g8urGKD6OQLVjV1YfFpYK6D9gDH2GTGNEhS72Pd3IebYemyQJBU90oTfIG0B1Hijq1aJi rcRCl185fNwLiXwhB3wLcHKsYvMJPxYsnkNWzAtexpfSuUUjHn+MZywd/59LLJKSkgh88QIdLTVk bQqIfJrNe79gShR0UKeMP7ftonc3V3r3dCY6I4Hfxs3EzLQuk/kfJCXlLWMc+vOWGtb8tZqnDwNo 3a4F00a509C5L2UxrylEmbC3IcybMbLOinrQzaEJkrKS+mqD1u3ac+9hMPY2Tdh35CjqCvJcu3SI 3KpqdKvUqSzMwSi5iqa61SzeLr2uC9btoXPKRYozyunt5sy6rRmUF7wXnWhlmWjyw5/W09JT5/3J Krf4/P5eLFom8jQaMYg6N0SUajU1ZMtecnGO4MRHo6OiyeNje2m+DF4eg21NpHRv/kmwb6BPyxbN sbXtj7qKBjOnjmDfz1L/x3VbAg/OnBIXRUGGb6PeghzPhnaLmzHeZsL3BxC9Jk40H2tBlaouzUx0 RQvSuoka3mevoqwIezaswtmmgLsfQVEumhYyUFUFJj2EGgdlets68ODibTKylFCQL2S8exV335Tj MbAldy5dIDD8BaWlRbTs5kB6iJC18vhvjykv5QMPA0MJvnEZ75s3kBSp09xNndT+yXz4qww1d9CX 06c8uBLXSfOwUShE0dyGu97eNHVyY9LgHtgMH4JrI7uv9ptZkMGlg7soa9eEDgVaxD08hrXDSM7/ tZ73EgmBkVF0dGrLxw8vaKTd9gsr+oLODcDQwJbyDsPZ13s4N649op/7ENJiw7lzeDIjHWFie/i1 AziuLuNdeDjZRqVfXdcONirsXupLmZAtUpxNa3NFXOduRFFJhadXj5FaVUWB/xPOXvdH16QZ7RpX 8fSkpxh9Ks+CpJxo/jrzlOaW5iIoCwuL+fvweoLWSFd7QaEdl0nEOrrCi41Rzk/DcVmJCIA0naF0 t0pGw1CrzvogBhMECyHIyUlpzLlkRxcHB+ITQsTvCJE1jSZqzFu9mVndp3+fTrogqdHx3H57nZkL lpGXkUlmWSnN9CVcuudHmS4EREJFjjSqlXQNtJ1BswHIVLbB79YZEgr1WbV6E3IycvieW87oSaN5 fHArwSkS3KevRD/2HLs2n6BpF2eeP39OYmIiI0aM+L8ez2mvP9lz7TG16g2ZvW4zSmU5nI5fRVVO ZX0dmHqPYpSSumGY8ZwjoeBq5lfP3/+c15mw209ZnHwW+xYtsLZvjbaSHBo6OjS0tOR5oTr6Gqk0 aNyW7PJcitQVaWnVjtrwSNq1saUmq5rKyjfYDlgitaK9+xNwYTnpsedZMgrmbYekEiXe5YP/xdX0 6vyKEYRgpweOa+SxUK9iVxdvPGMUWb9uPXPm/oFydTb7Dlxg4kAnDlwPo3sHI3zjq6iUU+X0nk20 d5+OYnk6NSWp6BlpMmioKzcu7GHxcMjjU4gWlHKeU2ZgxK4dW+nbdyQv3qV9FekSAieOTcBSMZYH 5Vo0NYKrL6Ci6jKpmk2xbfnpKityK8Uep6AXIhiGb5elVq0IQw1paHrreCk1C3UsRqIr+ceSht8g QF7wQbEt8907c/zEKUxGG1Nm/ZCi6gp0jEA+FbRDwdS5FfrmsoSHJBKzMpfKcmi9/w0FTzVwWTCK U+vmUNnIhVmTFvImLheZur3LV1cio6yOsrY6Uf6PcezsKOZW5v0+H6d2nWjt1BFrMzPObl+Df2oF 1QVZSGr1mDNvHeUpgRxcv4zkGmt+3eXI7Q9P6+vAqmsrKFWWFX8jOS0Ku3Gf+Xvsq4e8KTWmk0sX ZMrlUSUHXXWd+qBDN9UQYssM8XkeiWzlO3EfRraGvMsOQV7TiuSk8zj36sH29Zuxtm3E5cPr+GNI NjXtpYk6cz1hNS/HY1h/8bsbtu3n1NFFzDvpR25BFW4DhzL37GWuLanAcmYaJ70WiIo7sJUMNJnH vh2DuHz9CvaO3ZAvyaUiqRAdhSLu3rlPYm4RTZu40NGhLW5dvTl/youll0JoZlZKQSG4jx2MkaUB NdVteHRsq/j7I7fDPHfBmZdecyFnIlgUD68C0fd48qc0h3LsfhRdyvzqrE8RaYmvGbctGkO9Krp3 akZsWSuSQo6JcRQBHIL/cvUkPGq/hQEJKyhAl9ltjzPSqvf3BJBi3Ds5is5ngha0tYSUbaDYEYzr zG+lJsh0eMPjRWA0DWzbg4KTkCMppqiJAuV52WSUlOBqbYLnlF9Q1jXhz7VeTJKRA9k4tuyUp1dn UyJft0O28BXRlVXEpxfzZvNqHgSHIaNmSPu27Zk80Ikbkbn0dLHmN8+J9J2+DAvNWpLzayl4LEu5 8ec6sKS91WQ8uUWa4zq2/dGH0OBQka+nRLzgVVJrFvZuJUaKlIz1qJFT+yroMGRlL05t9UaSW4qG agmyJZCeU4Fb7/4c37EDV7deXDhzFTMLHe76+OC7DlyspZEgMz0IWCNVoOh3Ifj4SAj1T8CuVXOC Q0N49KeE4dsvi6uysOKb6ujz/IO0VP1NSi3X923FXFORbu3kCHhRSXX3hvQb1QH/29cxtmlLo7JI nHo51zvhC+fP4FFoDD6BpYzb24D464U0smpIjdCGAGjqmvHTrJlsW7NU/A0BKAKIBYsjgOMTWKT0 C/yf+pAc4EN8NTgNmcn4bqZ4f9Cis2MbLqw8z6lfpNZISCwKwFPUA7nabF5vEXQiHa+qUbQ2SqeJ stL3AZDqAlWiM6SJpZNxgaTshhQhTB8I1Z6gqg7ablBTKKVYQhxKowOkX4azl2G+cyEZCkYsX78L +bIUjgoVD7k5rF70C/lFJfSc+gs/j3DkyN+PqClNx8xEgWZdf8K08AXG/SfQ0zWK0rba5KTns2m+ NPubqziTFmIttyK6xvp079CSlyGRRIXIM35tX7J8ZJg6cTDqUxQ4tX8RUzalifmGq7fk0LLqwphe HTjl/ZBRk0ZSEBfFI9/nDB0vDTo0derHvbPrRHAsWb+EQ38uR1Tf3DRq48+K59lX+yRHjwlKImFk NIzf9jmTLWS7BaAIdMakKpSA/AQUW3XmzqWtBK2Q1CujsG2gqJTZIlgEZbWz74BmTgHLXKPruH8I Hl4hPC9tQ15iClZd3FCIVfjq/ug2ak4bKysCcguozLEjMz0MSa4VCYkfeZ1SwrApPxHgvVHc9sLc z8rdabk0sfgl/RKc9W0TpIrf1q4xpnqyxMXIs3jZJGJDIjHQyhOPVRDhVbCUipqQtv8LnSjP52N3 ASBW3wdAbhy6TXrUdcqmVaN5GszGSj8XLIiRI5TEg2oOFFSDsjXoNoXKNIi7IL2A4TX2uJhr8Cbg HvnG7Tiybx+5RaWkpqVgZdOc+xeX8dddU0b3bMLNO0kUJFfQyUKBJz7quGk94aSeDzX3q0iPAdM5 ILNJlV59nEhVk6BrmMTeYzG0ndhP9EM2D4erV/JwHdibNXcnU5ajyMgB/ZAPvCom4wTuZmsQhvfT Gn4e26OeUg1sb8RfS+fg5uzMYa8V2PcYzb6p5mTE7EBZA3o7upOVVsBwR39RkS2F8oxlUiAIfFxQ LmH1Ff6eI5SB1IWRGsq/4EM0yJVWEvdR8pUyCvsQQCK8CvsUQHPGN5hFj+Ci6ufchNRveM28ofL4 h77B1NqCtA9xIg2qLinG+8QOcmSNsGtoQdzDKjyGz+PWlW2gJ9QBweurO3hSF20SsuXCfgXlFqyI cLzCZwJQBPolZPaF94K8Co/FXO8+/pFJWL5K4K6PN2k5dSUvdYuBcJ7Lp0zGr8lRaqqkOmHt2hZH vf+5XNY3B5CED+FU94wn9lkNeS/BoA8Ye0BlNVRJQMkAMi6BoilYjgeZYvh4RgqOPzzkyW38E0f+ WonEsC1TVYKZ4nkNTbOOjO6iyJxtuziwYzHvDp4hIFMFU8UoPMdVsv12OI0bGiJrk4+mcVV9e6+a Paw8sAjvTYsIjy1gYG97evdwwdZSh7Mno9n6EX5zecPZnHeom0PKswqeDL6KUXdI8ZUqxPk5+Wz3 1/2KUo3rO5Y2DSQ8fOhDWaky7x6f5HA3CWbdYGpLQSl8SM5RZEZOGya1fC0qiSDS/UkVWfhsrjvI yHwOgUp5Plx44CuWnv/12IGgmBCOPTegp02WqJiCCDmF90lmqLmsYV+3IkKD7+Lh5VPvVEtX/iq8 g54w9oA2Mwfoc/jwA7KTU+k8fDH2Qh6FdhhWhLNm9W6WbLHjzLa7Ynh4+8Sv8xVet2Drzbr9Bqoy 0qmEJKGQUfDVcqQMQFXXjDlz5yJfmEg1O7lz5S+6Co76KKl1+XT+Al27cD+Q8ZabUd0RSgF6TLJb hrbU9fs+AKJv1pgyrRqKA6BKBhSEO10EgnYlPwSD3jCvM9y9CRcOQ/s9oGICySFw8JIyo2ZLy9zN DP/z/VdV1ZIQ/oGE9zXc2OKEtuxdBlSWkJpbwutkTTD+ur1355Y/UbOWwcqhlmpzGV6+CyTs9Ufm LJ7F3VeZnAoORXPoe6qiQK5c2qui3Rx2tIEtN6XKrFQYh0Wniaxo3pngN0kEXDzMjUBoMBwqfauQ qSj7arUXVlwzvQrUrYxZs0cKDGEBcLSRnoOggMI2I7aD99y67etaJAVH9kKgUGErWJcQdr/WwG1Y DypLM1mxojOHDh1i+LYsZvw2nRvr5vA8RcKgaQuoKpJ61MLvfElrjFTy8Rqaz9hN8sgVW4h5lNUn HokKbaGmiumNxzy6XklZeWOSCmO/ylcIpS2CNDbRRdfEiKlTeuO1828qJFniOQk0dOx+eXoP7IW2 vFBhIpSN2DJpSDR+T6Tf3TZRWj8mvJrrChGxSC4+ecH5WdKRUP/T8s0BJK8qDvuUdTj30yW3VyKn Qjeg1h7SL0FpBagYgNcrkOkHxjpQkgyZdWZatkVXSmqVxDL3nHJZJKZNObKvD9mZSYSnSdi3oQen bu5HRUMZI0MVTgcZUFzgSkHMC6wHL2ZAI13eqcaR5/5WbO+tiNTAxK4atX4lRC+SxWCWO8uHjien OJGzL4+jhwPqBjWUpCpSXVKBtisoq0GhxJQ5t1JFZRt3UJ6e46Zxuq55a9MfPZjxSxrG7mDQU5b8 EAO2DkoTE2fCCp+cK1Xyv/xa0EE5lFZN6goD10ppiiCfaMkn/i4UAAoifE+kMOukq/ZmDxi9t5DU 5HRmjO3D6vVeODdIY4SjPKFfFhHUQKnMZyrzH2mN5UyQNzPGoL0G2bk5LFm6uL4Zbd2GlTx+FEmJ 6n1KTFzx6N8Fx2VbKCooEc9f+L7HtNmYqKmxc/cKLJu1o/xDlmgJg96Duqw6Hds7cKxuf14rx7H8 r+UkxMNFIQARIwWtAHrLukUiMTrgH9PHbw4gsUpKWCUEM2WdlBpN6O/M4+wgSjMqkbEEOVkh5wCJ h6WAUWsOXTq357lfGP07OnD/9j3UNOSRV6jgxt2r2DZtQ1vnHry4tp+bQnfhbA8inh9E21wXcyN9 ojJTiCtTxX/7Ct67dCc+vJT+ngNQzjDF/+gt1CemiTTAtLMbVlmfj+tnT2u8k30oy5Cj9Gw1+t2h 4VBpz7yppD05JgFcnJVFXJwyJ97HYungRH6gL5lV1Wgpg4EjlD214685wxn560qR1gjKLSjE+xwh xh9JWWk1csihq1qL47IacUUXAPGJagkiVMQKABEUSHj1rlNsl/YDKWk7GC+vIi4d2YDnL8+x0Cup U8wqDl/bz4SlXkyqKCI08i4ZZVJFFIBo7ikFibu7O061BShZdqCRqQkl7x9xatdB5q5cUt+MFvku kXMXLjBhxjS6trcnMS4Ck4YNcHJsjY2ds5h1X796NeOnTUJb3YgXz1+hjhIeXuXisTRQqxFDy5/2 F5+VJYLj0zk+/yClkJ9DxdDJbaTY0NXayQ1rM53vCyDqsgZC4VH9e0f7XgRHvcNwYB7qnxLRclCa gRQwCqDSsjXuBbmcunqMdl3G4tqmISf3bsCikQMa5bmYKlfX34C8mp4U1ihgVFnM+VvPWPTbeJSe mxD15A1djA3o1K49T55dQHVKKAqbk5Apg/ICqP1PeK4kGGo1q7EeAQvy4MoOqaKOHFHF+1JDAmKy sFBQoXWHVhQkvWfqvI28vnZYLAbMvaVME9lGPMy7Ux/t+VTh2tBIjkdxtWTlymJlYEKPsX8iV1FE QnY67nqxBASeJyVDlj3hXRkz1wPrB39z6pI/gXXOe36pMoOnfw7Nrl4zg6dvd1KmaIWHV4JoecI/ phG+fLIIunUTQKX1ZydeOB7Bf9h18zFjPLrR0EQeFZkSVp+6DYryXzej5b1EQw001FV5++4NH96+ JuFjNhWqSRzeLQ1K7PwpjZ2+N9HVVsN6Zhm5NyCioAWWM98hKVYh6ov9yeS+q7eGggjPP/uPFPJE dDRz5ozlVeAHrIe3/74Akv82ENXWo0VqJESf4koL0USGmqZQFAQaLtKDNhyICJjqfLi36yG/TbYh P8sG7eSneB7Zz5hJ03BuZ43f48tE5X2+AdWZ7xjlVsyHIkOWTevCDZ+nDBvtSOTdSyjYjOZJoD86 w9NJDigm7rm0WlilQBU63ye9ep14XIVKiRwN2YCGBeSJNWCw6RmEzEFU0gveUj4v0Kb2Hbpg9v5z VezyGTZ4+4XRqVMtuW8+8DFeCZkvKlwFC5JXUE1sRi0GNooYuUwRk56irzBlAYmRD/CaCH2O2jB7 cvf6yNhPg9K48FSCgToUlxZ+dU0LpS3i9GmZR8R7aURMEDFj7QjWdconUpg6/0PwH8zsnWhsokiF jCoyYomKPoUV2Xhqr2R1jAvVkkT0O3WkR/saPry6T5JEjalTPLBq/Ii/j19HT08alPhjiw1rGt5l wwUZVN+D5mxQk8tGJlmdocWzePr4KkO6amIvE4KufrhoPQRL+cmqCpbxU6JQsJhF/2Cn9DcHEAVN VYYN6MKh9esp023K+vmD8du4g5RDUl9DMxQazQDVfDCp6Y5usCq9F7nhf3wt4RmPCVZRY/BPk9HK DMAzO/BgAAAgAElEQVTTcx/Ld+/mwbZ5vDZyQKf6HZ06vyY6VxMjPXVyK5Rpa2fCodPP6dCxKdEx IfTt2YOLIbd5u+/LfpMSIo/L0/13GQ49WEpWw1wMO0JOXF0NGJD4VgaPuFqSchTYdOEo68eMF5X+ YVwsvWYMq8+qk/eWLq3Af2s5mnbh9BHmEgkVYV5ScBhoyNGhd0/a1mpha6FIvBCgqJOo0Hd07dSD jTdu0Ktj068iY0LfS3uTcDqP8eTEtqWkv/ucoRYoljyKnHoiwcDIlg6O1oQEPme4Y7aogFEZZmi3 m0urQYkc37MTiVJjhvfQ5HWuKmUlNew4eYD2LW1R11Pg/izpan7Q0E+0VkrK6VTL6/AxoYDuLq04 9NcWLFs2R0NXhQO/VnD8+keu3cqmazPIytFkgksHzkT7UKaaTsRueaJZQZU8WCvBsroInRCGFkDy 21kdlE0boZDzSnTog+pyJ6Umjb9fgFTnKCCvpseKdVsJfnofH5+nVOaDtiPkBIGOI1TFQ8RliHwS y65xLTnrvZ8B87YwsqKI6Df+KFno4H1S2gT04OFr2vfoS6PmThzcvID9vsJcpzJ6D9BDQ0eN5IQs ejnosu1sIo2L0mjaxh4tUwtazkmqtyCcBQP5Kg4d2MWs2b/xJv8I2XGpaHerQtMSiiI1UM8r58Jb IZdcyZWzwbSxkcb6D4x5w5XrBmJWPSvuLckf/DFVk7adJqfD+RXUWxvBoR01yBbDTgv4dbib+Lnv hZ1oLfWiXfAjmnV1FRuY+kxcy50zO5m4YEVdstENybM/MdSUsH3zJvo3g+19ffB/68POh1BVDvoa qlSpG/HrnN9ICHnO3J/HMenAeX51y0Km7WL2bZY6yb9MmMbq7eeZP38Bzd+/4ui5y2hRhnUHd/wu xHwVbRPKd0JCosnMgcZNzHj07CVz/lwmbbL6ZSXbrq/h7Jw8HGZKCElqTFpaLFGlQ9Dy90FpBbSU rxKvcdvZ8OTA5zJ4wd8Q9p+k2wOTyrcUGfTi7Ku3NNRI42W1KqtHfJ7J9Z0BJI4CRX0mdWqBfEMX Zk8aTHm5LCq1Sqi2lpZ1KDWA9M2go2iPZlU+Zy8/xrr/Qs7X05CFyL4Iqm8CGjGwAZ4/7aKpczHz V+8XV9SgMzto3saovi23t3IixOWR0ciSwMvn6ek+lZ2pKzHtCM41nmy/to+mLZpgadmGhGBfyioa kJusSadxNmiGpvPQT48xo405fuQsabm12Lc05ZyPLPPca/j5DJzxfMjvyx6KXH96T6mfYN/BlbLK SDy80kRnVIheodgIFcMGyKBMakwYSZWadB/5KzGrphH4vgTZgs9U7feJtkRemoMEZxSil7FwRAlm atJ6pw+1Lnh4+YkRH0GJBce9ywZVFvy5SlReAVAXj25l3tIlyEY8ReELJ1lGwxXVCgm/eHrWO+2C so7c/DtTZkxn0vb9Ykeh4KNk5cBql01EF37k3ofLNG/ZUGyq+tT7/9vEjjjMvYO+pgGqJg5snzSS HTuv0MLOmWf7AjFoXyVe4/RLihgPq+DhOXCri1yN3K7K0u29SA1Ro5e9NQfPlKDTpj8lrw/hnXsE pec/iU76dwWQF/efY9bEmtc+FXgM+uxkLjs0gzOBO9FvK0O5dzdmTGyLf1Aoufm15OXLoqD4qRRR kFqi3rzHwlIbFPO58zgMZVXlr/Y3zvMndi3ZWE9PBixow+TREPAskYAweboN00XrqbQk3EhbGevW 0EwlBhUVG85e8hP3sWDFXBQrVbl4YBe/bp1GxMt3LFowj2MXbnHt0E4OzqqpT5aNqaNrN4Pgj5NS ru93O4jBU38iMyQMy5n+6Ohb4eTaiVcRKUy2r+B9egmqsnnklzWkp3NPlp9di53H8Hqqpit/j40+ EoyVfNByALP+UnoSV6hFxw7mtOsspVdKBRsYsgd69htar7wCwA7vmM7me3+i3raYFjkt6n20Nsov 6dEDrj2QlrF8SvrN7V/Dg5tnxGsmACdggrSE5Pitl/za1pN3abf4kJvAkEE9MQzJpb2DA6/8/DHp OBq16Af4PvCmWmMmpspR9Jy8k72OTevuVxZ711wjL/oREaH+XJaT42WSIfu8fuP01SO4de9b1xQG SlatsJJAsnYmg4YP5+simO8AIJLyGp7cC8Rz4awv4lhSKXyhyADVcSQbVZJRqk3rRqZk0AZT/Txe +z9lvBCylJGjIO4KvtV66Kjm4ax/n5B0d9Yu8MQ/OoFpU8ZTpNuUro106XRwPUd2HmXItCkEn/6T lx8/lWxUsWnPen6Z+QdyhUlcvLad3SNg6QlIifERC/IEMVLUxD8ui36jh5AUfJectAL2HrwHVUJQ uFbk9sI/Jxup4y4olfA/gtKNOWrMoe1z8Y+IJJ5qlE3a4DFxIroKZdwLrOb5m1fIP/AjWqULzo+f oKxniEuHxpy+EyZSNbn0v/ljZyx9PGYjn/OcpMQX9T5M245tsWpuX78Y/LFkPnE5gTwNDGDOlMGf OwRTolAbnEvFYWXOhu2maXM7upgEIMmJJeT15ykmF+voTkxtD+YsHcbKZfPFbPgnJ3/t2QuEpDYh NkOPIT10OXL7Hat/GS9a70FTRnH+ShDxmUKzrSp93UzwC4Nzp8+Q/ayWRCxZM38w1w/tRqtPXxwd 8tBQ0SEyvporJw/zPDoby2ZO9QMfXDqYcC4NWus0+0fA8c0B5J73RXJyXrLhUiYDnFxEJ1OmRoZz l/8gO7SCms4qvLx6Bs/fl9R3xf0yb77oPH6IDOTJg0AaOLowzkObWz7HcW4EAUE+3PL3ZfGyjfje 96eL3OfykxU/9+LckS2EfpBw5ue60GagUPyYxpPKlUQdq6G7tRQcQpRXUHChgeeXRQu5d/UCaRGR vFXUxaI2johXeWhq6yLJl4BshRju/RS+FSJDgo8h1Ge9LzFn7cEbjHY1I27JOq6GhKFmb8Xb6CS6 tbDCwsSQbv17YlBtTwFaYvXw0xfhyCoY0rAqiI3LpJW5VuraZL1/TmOlF9xYI026CZRq/Y1QnFz7 1l9To8YNSD9/ndETp/DgaaAIsMj4c9yoTSJDKPp7JShvOW+C/HgDXNeT0jIhKXlxrpQO1mjYM62X GlM8PUHRkn57Kjk4Ko3R20G11oIrkghmLh3AyUM76NdnEOG5Mgzt70rAi8d8+JiIQ9vWLBrYm7tn d/C+APTyhcjDF8MWFOXJz8/jt+GjRWDNnWXN05cFzOpaQrakEL/YcrHM5MCa5bTYYsdQpWn/mE5+ UwCRUcnHpNSUoYtm8/jSFY69i8FjlDtNzVxJbB9BSZunNDbTpcroc1dc82YNSUsIIi6zCtnCDC4f O8rSA4cpOXIcGkmtQmuhj6Qkl6i0XLpYCrUrUtFUrSHkTSpbJn4R2pwA5l0g61YlOoYW3IwuQU9G miwUqJFSdS4eo6awZNkvxD8KZNQoNyJe5mHYVJupvy5EWUaOrLBrHPSWKrIgwqucUHC4R5GV3R/Q 29CW/NgXSFQ1mPTbZBq3chDp0JkjGyjW74jvncmsWLOEiMBrvLZpwflty8G4E7MmzaFtvyI+vLqN b9Qzeva04f2zMFJyK0RwCCHQrqPGEfI0WNp2q67BtVNefPgYzpp1u1l025KjAZ5kpoFlP7ASmpV2 VCETI6kvYhSkQA9emMngtKyWMjNZdBQ+1+1oGpjgZKfLoF3FjB03jFwZDXKCcrl9+RD+KwpY8jCL pgZKFNSa0K5dXxpql3Pk6hXWr/AVrWiiODDuIqZN9zHNXZiPnEUDI0va9OtYT6WE6unq13sp6jiJ 1JCndHU0pbkm7P8Zlp9WQ32u8vcIkDhu+scha+EgcuV7b3LZuPDzJBM31xpu3nuDqh3cVlzPyHl/ UJuVyMaFs4nPV2bRqiW89j4n7unRHX96ucDWMdLVe+SeCtwrYXx7Y2qtO4i5DEl+JkvWrBQnBu6/ CUbNHGjUPwS9jpAdBIraVWi2tWSQTBlnT6SJSi6r2owXsR/FFdcvvBAXJxOuXPXFoYki3XoM5dwX gQIjDUs6byrl/JQsZnibM2KLE27tForgEOT8TT/082OptnD4qtfidUoNWWnJ4jZaGODs7k5nvUr8 E8vrt9uwawNK599jYqRLgl4zhuzJFCM8r+1NcXZ6yI1d4Tz44wmSDAk/L5wCN4UJBxKe3/Lj4/XP Uw8NmxpTmp5BU71a5rh/bncV6NrDiFqqbMB2Vg0dXlsQr2wjXjd1XW0OHT2IcnkZ1fpWmCJHWNLf 7JuZI/ornU1LyNa0+CJosoAWFrbc+Bgt7vvzwDhPjp9sj7WBMmE6Nagl5tf313dpbcIxHyiJjWT2 z1K61q3fCp6fXk156od/VCu/GYAkR4eSl1JGGzt17Lr0oUlKyFdxfscmNqTcCEPpFdSMTmPflQWo NYUF247y+NIJHgVE8OumrUjys4hPCaGR0hd9BBpVFPmuxFdmIO66Kdx99owL156KK5qlIsTkQHqc Aj97OnM9/inqHSD7ZA3pir7UjpBlrvU6ru/dzdjpv9PowRleRL6kWycT/P2a49AmmPLeKdSmfXk2 tRip12DkOIHJpx7z06SpLBjwc/3/VhenE250hJfG0SgV3ELZDCpSKtDWNaTc7zLuY8eQnZLAnht7 uPnxLWoF6Ti5D67/vp5RAxqb6PAuIJCBw6ZyfMtKnncEXbNU7j5IxXo+NIgfQQ9lc9bvPybmEGTI 5vlxUBGmHsqAVlMo/miKSlkWLyXV9aXp4jieTCiTgIKZtFLheehjYl/+TeHIadRkZTB65HjUJ87k yoUDFNdq0d51Gr+cPcGVWWlUlQSQXOr6+VLIaaGsrEJDC03urpGw7IDU0tl0G0ZufBm6crloK1tQ Ev+ADKteHP6rD7G1qmzcsY+CojRWr11Gar5gVX5BIx0a9vwHRpl8iwDZv34LbuN/olNjLR4ER+HQ XBnbrtKmomY93Hga9CeaZiBvIy1YVBgKqk1hX9gcnM1aUVGihY6ODvIqaiSEBLLxOVSWwKqb5qxc uxoVivE/tJ4Nm66Lvyf4B58GAXway1GaC6XhoNvyy0kpNfhfOkpsWhqr/1jN7Ik29Gw6mtsXvek3 ejLej/6m9BREFB9krhAoqKwiPSmA3VHZtLHNZPz4uSiWx3HixAkK0orpP8KRiVvcqHbJJ3KmGY3b NEGS4isey75ty/hp9gou7l0v0sddO9fxy6jpdO8/gJDAD/WJv8SwUJp1aoWGhoTaklxq0hphZp5L +MnP1qHY4Chnd5XUgeNzmXznZWA+HiozoM37ELGkfPJ1aYmMIC9zQHM6KGZLKxXkCxQYMmYpL1Qu IYl6jkWnniSm5lJb+IbK6kpu3H1G/57SzL04mjSmEk3d/axaW1fn9fou/lV29LaHd0mh9b3sta/e YW9jQI5+E4wLU6gsKMHnyFbyB/bD2ViBKQelfuL0Yb3YcsSfns5WnF+qxugRtugIZb3fF0Dek6zZ EfUEP369HIZz1wbEdo3g1rnbdHZ25lb0MsodS7BoAbK6oKQD+cKjJbKhIEhC5+bvSGk9qJ6C7N+z mBMP3hH0voiZs6dxad08rMcsZOb0Ffg9uYtqTTa+Mf4Y6EmjSsJsWc9xrvx9eAPOnSG25otJKdXQ q+8owh+tE6M/ZbkplGRG0Khtb7y3zEF+FFSkgVbfQg4fWEd5aQU6OpbUqtbg53uH/j0Go15rgqur K899bjLNYxRR1aXk7YcGdka8eugrnVDoCF4+cH73atGiCTmJDwUKuLWDIP8bLFjrg5ZyOhUVCgyf NI2/50wlNFuB0vgQisjmwyow1YOCHMh7ATqtBRNaIgYGhMVAoDaClejYBC54fd1b0kIOLIWZvXpg 7NKc6WazeVy5hlchJVgUdcH7pRe6FhbkSlKoSSzm2eP9IoCHuLVi6Ph2XD4i7UUXfgd3eZacSeP1 2aNkV2ZxKyhazO/087RBVk5K32ya9WDkYBeROrVvYsqd1BoGjx1Ipy4BnPbLA+PPMSorc3Bobcmd c6eYtHAFE35fWP+gnu8GIHGRb5EtTqPYoBO9JoWRV1BOWQRk3JMQ3NwHfWdQl4PsW1ILoqwtg4pF LYsNQaYNTDlYwdJVn/eXlVVGn7Y5nJ+jxB+CRbDvQoOCYNYfK2XhyK7ijenh9idLb4bSo50luqo7 RXB8ajqaEQJFzlCVATmnFIlrUFWfCX/5oZLo2EyMKxLQVoBiLURKU/isDNW8AuRNLDFr1JRxHr0J uPuIOZ7DxDKP/m8Wk+J/iIaqafTvOI83ldcIiQ35qjJXkCX3HFgwxE5UQMOUi1yNAGebjkSE+KPo IMyvh8AHPpRbtUY2IZz4oGukfNFMJTZMBcK7tCpUZVXR1SkRKY1QoiGAUIhOKWuYEFcIx/1lKWw4 l8lTEqlI30lVEFzeEIEncxgxZjS/9egmzdyPnk1+XAAf802xt7PAyXIcu3fv4VmsMVGB5+vL2qXD GhTpPGQWr/xu47loMWp6l2jaZRBvb2zjXDQMd1KmeQfnrxxymZhTePqcYtCU5ThpnCNBa4ro72gp pvHLktWUyzVm1ZbtNJIIkzD/WfkmAJIQ/YZCVTMMkgJ4ZV6CQlUl+S+/eOxBU6ioBD2DVjSXa0n0 Fj90ayBs+FwaGCfS0GYnQb7S2iMtmQpOnz9FTqEBKblZuBTs542+wN9zGebu8MWNMUY77zq7T9my 5fAetq+chWxdgMutAq7vMBF7J17GVNCqqyLzPT1F67Tj7FGiNh6nvXEqZ7LAqqH0OxqdK6gpkUHb Jw6bXm7s3uhF466D2bC5P7EBNzlydDVxm+Q5mbsGSWoMdk5DcGz5kuv3/aTDF4SJ6UFgZ57Lyw/J SLICOHU6lh4dO6Nn7UhrOy0ObNlCeGwijZz60UAzlynNn9Kpv7T48BPIhFch75KUUyj6bycmSsPL X4Jw8q5MFNR6kNygP2fqSkz+3jCN4DeH6rfJLFX+IrH4jokDzHEcOrG+D2Sm52TWbj30dbZ9OxwP scKjmTKdO7QmzOcEEtQ5vOMvune1JCkgiu03y+hj+GmYdRgu7U04XDf9BEp5/uY9ya/3EWOvTYB/ GNYOXVgxbSxI4vEPiaM13yFAbK060cQwiHOHAqkwAe0IFbq7uxOU8gKNCZkUvwQZU6j1f8Pj+Agc W0DTfts/36wx09AuOcSeZT4YGssTVmnP3ImLGbJnixjdCXx5guYrl6FYW11/Y/r0ac/VlTXkpkcS EvAe02aO/Lw/iFndzTgnGYVzg631FGTInsOMH9aThAIF3t66RHs7fU7cvYjpfEjdUzdxpSNUWBRQ ZK7M2xvBqFgZY9/UmtL0RJ4FR1JbAWMOV+PuUcOWuomRS9fMJvmctOhP8EE+FCuyeYIG6nZLCAmP paxMkWHDeuLj48P6ZZ64OfUnPz8We65RlG9CiXYXHn3wFweuCZbjkwURql8Fi1FbF7oWInXCeUQm mZFuMZfNawo5vffvr0pMHka6cv21CUeOrBP9nMdPHmHn0geuBNLESgn9xm2/2j6/3FVs6/062w4X AyMpTGzA248fmTbzd/KFuqzZs3n36AyLFi/h4Y0L3DnqxdAp89nnNYjd+/YxfvkubDSVyEi6z7V8 0DQzpqWZIs9Ro3OXLlTk1zB+8Uz+Zzs/vmGAZCTlE+QXKNZP7Tx8gRmL5oimffLCxfgd20T8wHT0 ZeD5c4FDV5EYrkxLl883S93clUNroF8nGNJRg60xbcXEXt9B4zh3+Bi5MpoYVjxm4eq7DJ++iH37 JvDkxikatRtCC+PG1GS/xr5VK/7+6yVXXKcTd2crS0ZKj024+QLI4uJMMHNwRbHoDTGxEchoqpK0 QyI8qq9+4sqEjsN4NPo6cXtj0CqvQk23nPPXnzFj6QYUZcrxu3qWkOjE+hyOhZqOuAJvF3IvwqtP BXsv59OPWPG34yMe033Tcto2SK3LH9zk1/4wt5/wdxrewV2YNmYJUyduwEhL6vwK4BCUVhjm8Gll F5KUXdfLM2POYo7VWYzlszwIzfncBlCS8hI7qzQ2LfdmnN04etQ4sHn9AfG4mljrom/WkNh4Sf32 +nIp4uo+fJv/Vy22AtWrSPfFRqsfh+aupcPEwYQ/PI2tyzBkVVSZOXsB2ZmJbN+xhcA7lsxZ+DOn 9mxm2/tEBs5YIQ7ZEP7/+LnjjJq3iuNb5/9LdfObAEiDFrromZsQ9f4DVrbtvip4W/tXW66EauBc dI54ISyrB2eWVbHkaQID3N2RlFfyMTicCQMgLAbOP5Khff+WHKmzLrtWz2X1nmucOSEN03y8sQkP NfGpYLyvdcHBqBwrx/48uLqJkX3ASAlC+bofQUXXmUc+T4XSVWbPnkWsTwg29tZk2YSgEVU3caWF DHG+cVzf+5KdrOXslotEvXqH28C+vPZ7hHNvV4ZOms2Rg38xZOYfWGhUcfr0mfqeDEGE14lHK2ng KOG3aaNxbqnC5csnv6JPAggEgAjbjtzuLXL4tg1B33ES6Q+eUSCfwpwTJV+t7EKFwINIfWq+sACx 6fnE+O7htYYLDRQDmDwglj0DBODdRlf5J3xi3rFhdIpYRBkUE0SArx6DBwwj+l067319KGw5mNUr PBg82F+0gJ8mqwhAuTBFlica9vhG3EUtNpZG1QrEZ1ViW+FXH53yHNiHjcdv8PuclXTu15+ja6ez btd67niXoKzSkMXL97Bk+j8b0v1mAVJVW8mLV89oMvVnDLT9sDPr87lmKDiEQV0c8dsGDesqPW8/ 18bKqQvxly7h2KsPT29fQd91C03N0/E5eJQRrp8VISIhg+KUYJGPf3o2hhDRkU7w8KOwiR9n1ggj NFV5qWtAq5wzjKtrRf1t4wbcLLOwcx1Js5BwaTGfrSnnqrOJ+5BN8Qew94KKRAOWO1wmseQl4zwW 8jL0Lc5OY7BrrEN4gD+tervXR9gWL5/B3lULUDEwYerUqbwLMcLD676o8MtemRAc+gyfo2cplySy aacXbq1U8PAqradP5YomrAwZyb3Hd4UuFFw6mnL2hS07//DkbJ4meZEXKc8v+Wp4wr1UO8yrzcip kq+3AE01P6A6chPKlclkBvrhLPX/pcDbPZO5vaXD5YQeDCnV9MFxkQ99B41FVUcPg7J81i3xZNMU Wx6nGpB821+6/VoYe6CCHuN1MUSJjyHvkLNSpTwiAtsvHoerY2rCzCUb0atO4aLPKfZkXiEtE+xW K6KY4PRNgOObAcjN6w9ZsPpX7sv8QdAxCW9aFopRo+ioh7yOUEP73F76O8O2mzBIaKR50RH3VKmV uR7gx4plf9UPRfht7k9EZX2mDnpyYeIqLSiKAI5PIVUh0qPaRDpWSLgIMq81MLJoz2jXDpzcsYGG 9m3E5/ldrm1M1rlTTF+8gryUjyxcfYIhA5w5eucpPWa7YPJOluQoU7Y+/gvX7sIgtpvsHQHTTz1i suchrl75m1Z8fuS0QhmUKMGeffswzTlHQlAU7xVbMMv/HcUFafx8vze2ZR357beLfLR6QxNVVV75 tqHjmnQaaKSxe1QaIzceYtWBA7R8dJ7rJ7wZM34ASyZMJ1NOB00NHUJiU8W22k9DF9r1s2biwKV0 aCPLsuWhlCZdI8HyZ27uW1/vw43xOiRelwlXQLdJtkiXvOsGu305SeXS7RAWT+vOotV7GT2kN5rN nCE9jO2bl/D7wg1iwKCVY2821M0Ali9P5MwlP2w004nX6i1Gp4oKS3nsdwtljXwKlVVRRZeItXni U4qrayqQbf1B9Jv+B6f5/HsBJLmqkorakySnSsRh0Hk6fpzR8QN7eL5DGrvf9V4Wt8lrcGikS8vc JI7d9KOHc0fSMouR+4I6VJf05MHJlejauNDF8AUXn0SRWKiJnaMzhnFv8ByahIullD55BiqSf6eC ZB8wNVGlW8e2YpQrWV6evtN/pdnTB0gMG6Hdwpr8cF9W19EDdTUYM3kVJnmZKOjpEhm1n5DwQvRz fb6IFiUwoGcv7Dr0IS8hVprkK63g6d19tLNrxdiRw1k0TJ+0skbU9gnGMB9ij0FR+Xve66rSfaE6 SY90+T/snQVUluna7390SqeAKIKAiCgYYGEX9ljjmGMNOnZ3jjFjjYWOrTMGtoKKnYAiIAIiCCL5 0iWdZz3PCy+w9/nOWvt8Z898a8+510KWxBsPz3XfV/xDXuLBknk2BF5dK3ts70XF/LBxOXoVEkpr 4MKdUtx7T6JdrV7V7CGG2Ok/FXWzhFMnNPEFb7R8GGC1iR626iy9LKHDgKJGBbfQrLqbD+13KGP+ th8Os8Zzft9Sxu5Nl6Wa0mFiFIk5venW0xl75y6N2rWC+mRIKhhKJGhTzMcvEvo5W9JMXxe1r894 dPI5eZ2HkF1TBsnvsHD+hs6dO9PFtRdlGc9Y8ttJqcyTXBSZAtCSv379jwiQtJyPmDgKglTIxKDF pSRl3iUWgcWgPuIsow6J++MoGyqMu2Lof57UUgXZiVGREyYKWtWhUxU1DNh3QGol1t1zG9ee7Ude MUj8g+sLDro5MFQ4YTIUSS+Uk3W5YiLeMnLOGr58+URq6BMcvplUKyGUyPG9exn1Y2+MHV24sGcN +8dnisWxMGNo2LIVCtyc6DeUd7dm9doNjB87kdQP8Wi7eHBitAd+75+jW/mKuDPwVR1KC6HgvTJq 1nmEfQ3D4GsPOrWy4uDqtZQ3afzYU10k4nMKBf60n3Ib+X603DqXMJ9PhHkswq57Iq/99nN6/2Zy UMcmL4dshdJGQgk22m/R04f0dKi60xE3Vw8i/Y6Sp2HFj5M7MWnvbdxHTWDpDAXpz+u9JTT+C/7x 9d6DimUSPmXV1W0hmI1YiHGmP55zw1i1cxVNPz1j/2ShIxjM9HEjOXcmAqOW5vV8+xlLaVUC+fHg 2rkdD26/Y+LQP7up+z80QBQzPuL1qy5G7vVi0OKqkXZllC1AREg3QBhkZyRw9Kg/O+b1Zv+xHQVz TbgAACAASURBVFi37ohySSRPYkNEaIWQGgg37Dj3ro2K/uOHpvHNsiCyRCGDcpK3Sh9v7N5PhN85 SVPXb/A6PI7rZ0+SFvyGHAsHVrh/ZJT5GpZ7Swteh0EjCXmXSfadi/RsLhEL+t2TpTVOXctWmEUo o4SCTXusrB2YPQn2H9lFXkEFPwzW5Od9v+Fkmd2glWyKz7MbZIUEsl13AZmVgox3Klnl8rKgHXxI G7smEhGAKezmdVI44wd9ZbO3VB1FCJ7XL8PoMrieRrty6kwe3DvGgyWniNTRgbJKTu/dSGfXQRjj z6vIOLFL9s12eHrlFYvPvsZlyHg2T7UTh6p7f7/MlvlTSGvVSeSMLL6YyU+bNvHi2V3Kjbpx4sRM qirleF0VSLd2gu6WKtuidTnxu7Qx8jRQwrcm9R3BwwmnKFORp6hMKlcq/Vsr0cbZiVteYXi2W0ZR uqBu8v8DhMyEZ5y5mI2+mxN2QeZYte+FekIi3pL9KCuasXDLFtRqCknI8yP5qxSJqyxXwYLF83Eb 6ImcfAlpGYV0a/mE0V1gby5oa5uh2G4R600SOXXtHqvnf4f69deYtm1BSaUBg3p042PsS5YNkA7Z 6jTUkrMTUc/24dqJaLFWCcpUpKTShCu1qiOClmz3teBo58y9neswM5fm+NIWrPSm7e/YjdRMG4oK TqHUvDWbJveQIZJXTunBtvOPePYmHUXValn3qu7Guf4khO7akHINykpAreVnbkXuxcVwmjgzOOH7 KzdCpPVUvo48/jFSrawN10rYMzlAJh00++BblIr7yVKoYo3eNNHqzfKhvTlx+lCtmHUNr0NeYtGk QHz9T8PM6DNrC/3kFKgpjiWhULFB+mRI+1bNuCOcyhp67N6yis/JaQzp05vQTx/wnP6L1H5tyw9c D9zP8Lal3Llf7304yF2bmGfSa1Sk14uKd084MwHyJL/RZk0DzFZNG0a2K6TgYygdRs/hf8L6y0+Q 7Hf7sHawxvNbF9Ly9WXF9tKtPxDywbQeNj1zKWlpa3hRCnLx7dm024uUiGvkRT8QCzrhpvH0kKdS XpWu4+t3z1EenYiKy6bXkLEM7W8vu1nnDpVw7nmcuPPXgRbV9YwpTpMGh3Rnr6T72id8qGnFuH0x xAlW1OaDyXxzl12zpfMFwXqg4QTbUPt7FvcYyd5nkK0WTGKpFgfE3n4GT549RkO5JZN7xZMRocnY vbmyXb9IzwNTwZq5OIGviVLIvUdfNz6Gh3EpfTeRh6CiOSh+AeOVoPtanumnNNBW+CoGaUM07p1P lSKGqy6FMi0NIbeHO/t3r+X++sbuT9I6RRHnQbO4LoOoL8ZUvVp2cglMQN13H/ltCvT4WYHCkjKq Y5/juSeMtdtXo6MMGeWgI8DZA2C7NxRWvmFvfjrW5gb8cfiyeG2Etf4HbSJtYMIZeL4ohWs3TpKc X4/Z6jXFhitvktm45n9vWfe3C5DKkiqUVG1J9HtGir5TvQJhtgJyeUX1P1gNuS8gNQnGLtPg0iZP XmwBvzAzzAduQb68kIMvX9KhTbJs4tuyUwc62EnThGHDe3N061oZfH54Vxus9eNkHAhhbjBmj4Qf hjTWwO3YCm4ExNBfEE4W9HRbl2BtZijekEJwCbtincS/kA4+/nCE8a2Hk1ORRY6xMUqx9b3/iT3N uff4Eat2SB9fqFGEIBN+z8trCBRLOOxzm96CIPUiIe0TeByqzJ65inbyzcAZ8eP1+3u0aGFPyVJ9 bPQ1+VpWgteB/Yzb96W2fa3M7WtXcG2jz7c2/ng/ikOpdVtaOLnhHxPQSANYCBDhtfuVNfyryPMx wAczp6HiyRXo9yubhoG/gI8rLYcqOZl19KM3qYz7bhItnTpSFrMdYwMwUhMev4Do8HAGW8KeLdIA tjCAOVcTGTZ4DEeyL4ubUqV8Mmt3rpditrr0x+e3dUQm+LFwb1f2LZIy2VJSUjAzq8u7/2YBEpNR RWp0IJnth9CuXVsqiooZuGEHeWmx3Hh8jgXCEVxTSEyiH4/spTI82VFtUTJ9yX5fRd5bzCKidudz 7DQKs+4GFNSos3TGBJQtbBukCUZ0cnejZU4N7fr2we/gRmLzpJxx4UYRJs/CzSJQV6/UDr3qOjcN qbNj9z4hz+Mn2vZz4sadrdiM3EKBnh4uOonkl2xHW+0NQ3/TF3/Hv7hfff4mcFMsywnrAK/eSoOj IYvPU6CzNgAdCkt4jLkX1XFx7oaTg5IIP+nW14Ms/0cceRrMjM7qTF8rDb4V344mLDGRymBvEcWb I0lg/axwOlvDRDfBn2Mfpt2XsODiFwJjJGItJQSmcOIIPPzLXkdkJkM1xTFc/FxN3Ivd7OwAT7Jg /w04kw1td+Zz52mD9KmHNosXHcak9XvMKiUixKWhAr3QLq67xj3WwsS5Q0QBbcFCT6CFDehjzal5 62k13AWf4xv4lCYg8ODXxXP5HPAU5IrJjPbnim/gXxIkf3mAXHypgUEzNUoVv8pMLH/bIU2P9u5f y7Il32M9GEa0hQUL4Lfd6jh2KybIEEKagL0KRMgUSXMJf1uImV0mTo4uJCbnNEgTTCh/dA6TVt05 uGUtkuJiLOU0mXC2kA769QWvYPQipCypGh40a1aOecyDfzJxOfbLNtwHuJCtMBgbQUd4TS3HfWJ3 3jx/Id7kAoI2LfsBHUfNY8uWXRiqV/L00UoS4qVBIKQcAouvLr2r02URAqZhtypTUk6JoD/15Dqe G7zwDYoir282NjZxhMapya5jRUk+ymYmrF2ziKA8PSpjnjF6z0PZsDA23RqFZzmYV2tw/B4UNZGq UnbfC4kxAjA0nZfBkfRzNOTQ4ZNYGUm4HQM99iJen2tCQDsiCuo5znnIobtJdNJ2xP+LHL96eVFW UMy5Pw4x2vVzo7mJ8D6FJoa5vjrdXUZx8NgxciQS2Txq7L5H2Fo1Jf7ZG9Ir5DFu04ntM8aSGfOG nb9e4tyCYrr0gtEern9JkPzlASLMC3JMowmtgu9b9qOowUwj6Nkn7Fu58jE7ULwxY86asWraFtTK C7HQM+LJ83c8u3mE4SOn0se4mQjfOHDyDJIXD8lKaUqY/1smLFyKV+/hXDn/K9FxBfDcF+Hh9V2h 6bwS9L/Cp/31hi/CH3Tg9wvRT33NH5cCxNRLEHMWumKCEJyZ4wC2TZvA3RuX0W9qInKq61YLLch1 gJ+OS8GC7u0UsbVrJQNVLp89k+Q7x9C2mcpo/dON0juBkyLcNEJwyjRyg604cHQaSZX+dB7ZBy+j tsyb3I9F89eQm/EHAS0CmbNnCa6atqLls16bAfjd8qHriJGs9H0oPrbrWnXyC4oZ2Xk1C5xGUlT4 iR1PPYmfE0re9WoMhK5hBFhI5kvbsgvDRKerxz6HcdoiIemcPJWtF7HC2RDv0F8pCpCIapOWPaK5 98KSGZqReHpuEzeIJWN7sj5QyE/9ZKevc7dheFhXE5FjQmV+kCw46k7JPZNrWHwhnbamduiaKDNv Yh9evo2lq0snerR9TI56gogKWDo0mXmLFnHNWzgh/zYBUkpucjKVbeHjr9HsaiVPP4/xsuKyqXol +j2HUHIrgc0REjTb6hB0YyGRjwvwmLKUvOQ4Jk4egYq+jewm3LF5Jkf3HeW+jw+dh3lS/O4SnteC xAATTomFZ6W7dVIghGVWiWrxrSxGcjjgA0+FQhE1gm5cQk1OyqEV/jh1hbTIedDwY/KUJ6xYPoeH r99j5zFU7KzpyCeSErGdT5EwphNUOS5BOeNNIwRscpaUinrs7Hn0LNvjFhgqxWLtkV6NOu3ZlGwo 1utJzy6a+H7ej0QzE+9d0OkT7BgIYz09cRvmiXO2hM8aH3n27DYZ2cm0ycnGyqFbrY6uFBA5e94I ggKfU5Ccg6BfIqRTReVFqL7wYPdhd8683E6SShFOlrpcOlfblg2SoCifQbGglNK9NnDmhrFmz0ZS 3Zajt0CO1skT+WQqpEP1dWJmejLfjhvJ/QgLivQkeHgIKvVVxOZqMdTZgNjQbnT3MBeVZqSpXe3w sbySmMR4OrQcQEJeEU2E55vjxaqd61m/biXe62HiXjCx8Ccqswx7w3+PH+H/wADJoQo3ZrZX5M7F S4SNj+LNvA1ov+hJS00lvG/48S4ml01HD/Ho8CpeJ0RiNhNsBA5GJRRK4vgUm0d7tfqb8H1ECYrV 6cxcthNjuQQunpIGRx0ZShB+Fm7I5q2gUy3RJynsOhWGluLOlpRdIn7IEKq+9crrwhJnHa3K+cXn Es0durNr+SJRK8tAX53eraQlR2Ac2MsH0uO7wbz/XCkLeL2yCFHPqQKYPro7Y3eHygxrhOcSHKEU mlXRu98QbI0refoqFIUP9kT7ZzKsVePaZOwhP2YenMzx8wGMmvIDpSEb+Sj5jFHzWXx4/QdjF2+g JjOOvVu3M2HGXF59uMUSv0jKvgZg6tqJ/k5GzHBeivu0NXQve8vDzPq6om8Xbfzjv0fZ7AZOVfWB 8/jFFxxaauN/IJ/oz29Zv+k7Pn2Sk4o56KiwbddvdFQNxt6sOQ7Ozpw7foieppE8TXImuECFJqXl 7LvkxXpPT9FFq27TknJJiggOek4PdydZA+BpYCJDBvdk/tmn/L4UZu9KYf+Ja3it/PbvEiApdBzY ltPzN6DevQWdNmujGFHJF79w3Bb3ouB3gSsH9+69pYOdDS8i0sQbUKcTvFh6kpw8eeQ/v6daTZtO zk7YOvejnU0Bp08rU3jrMJHRCaIjrJdPfddGKMarlE2Z1xdUaiT4v5N2o/b6Jog3/xgB5PdTYyTs ldfSQlOoD4TUSfiQnJXgMdqed+17snDWOBLe+rPrxDkxyKRzkVec2RVDaEImbV0HY2ccj3emKkca CEoL/IkuNtKTQ/DBGHlQgmVKLkpth1JQpsCoflL2447Vq9i/bXuj2mTDjkXcO3sA/5cx+Pt/Et2y hsn7ceCPlaTSDss2JRTn5OIxYSlGCgnIG1diaJzOk4fZtFIqxT80nm1eXgQ/v0dERDwtNGPQSk/C zdKQRcsu09ejP82z5qLpUCoLnG8G2XD1ggtprx6LkJPY92lcvnmfBDsTIuPTmb90IZsWLEK+zAoH jxasdI+s7fCFsD1QjwXD+vPG9wKWTdsiMfnIvglxjbgke32y8H7wqlED4HG4E57T3Fl56Vf09PPI DrkO/G0CRI2EjHxZIe2QpkRppRpmnbuSXBAnu1DfTezOzhVXUbWRmnZWpasxbMYS2hZ94L1Ga7pb 6ZHfxpiHfjc59TKRGbOnY93cHoXKQp7G+fG9hy+bziqyx7eydseScP61FsHR0pu5TlFcCAKxeGyA hBXQrELKs+iM9BXX1QhZuvDHg8csm1ZvzlnXwclLl6dNvxVYFFbglJnA+4hYQt4lE5uQyXR/aW3Q 182Vi8FluNnkiM8vPGdheQ5R1VWoRH/AytWpEc5JR6V+Sh//1ZTgXdtFCVX1l1KufHbKfUzMpN8z NtOhqXYZpyOSsLHX48bdJ7TqMZqitBy2rp+G1+UXzPtuoOx1J6fe5MwiPR7VWGOuJTXOcbAx5vOn aiZNmsxtn/t4ePQi/GUwtu3csW9pJp6ImgppNGmiztgxo7n++x3ev/3AlEkzMW2qzsFDO0W2o7CE 15x59iE7DkezZc9G2ju3wdG8kNF7DvyTXduXl/fZWZiJk5kRv3n7U/ElnKd3jdmxci6rN/+E+Z98 h/7FAaLHm0PeNOvnzOot63l28zz9h43AWEeeEzUbCPGxpaWyNT+tXEVMVhqOv4Cyhj6GYS1RVQzm ZFI539jV47N+GGTESyUd9LSayDA+3QeP5NFtCPhc+Q8nQwEPKuqZeKI3Ru0NKARBHcdBSGeENMuy qTpZ1Tq4rk2lq/N41syUKowLJ9qCmZ4cPeNHG1cXxu0LpnfHPkQnv8ZtyEQSr0Yx6vvFxD45SEZ+ AVoKZVL50eNxKJbniKeBUPwLN4rb2jLMtbV49fQxTZtZyjaO3h1NOeqrzog503l87gDPt0rEm2rV tVci6vnzmz84dDsOSTpMXraT9qrJnAuI4rsp4wh+4sNnSRYqmVXoZnzg+uUomrXr0khSya3fQCbu TeRQqBeCfVFvcfyQydTOc/CcF4yBGqhqGZCcmkVXa2NuBiRhZlTNe/UyWpk2QU1XB80KQ2yd22FI JlGh+azZ6sXIQ5s5MF4iQxWbk8SePQeYNHkNQ6ZN5WVQAa5rz9RySeRRb6JGU5MWGOkb02fIcNwk 0YSEa/DwxR3S8nLIEjYxN7e/V4B0G1lFq279OL9rO0oazfmYmExW6AcKXECxbTRhSdEotYfqW5Cf KIid5eLUcRI3f94Gdi6NHq26RpDtCSHTzYWiMl32HN6HWk0ZcfZKvNzt/U8Gk6Z6KngHlImdq6IS KFVtTpMOg+mc+LsYXFYOTsw4FEar3mPQyvqMa189iouqsHTvgEffbvg+fElLB2eaUY2ipQ2vbx/l 2mt4EvOZLv1cG2HAts/vRauvzVCOfcjoPYL/dyYPJYI5SAEBW2qpsl9NGDHKCYOa9qjmRZNu2EWK C7tyg1krlhDic1w056wP8qfM83wqBrWcjjtOLTTJzZGg3kKH3Jholl28hMestcwepEZzdzsUGEGv bhpMGzsL22UrRUklm459uHlqEzb60vap5+huhOPIyyubKSgr5PGDKMybFKCiZ023Pj3ISkvFQF+D 6LBkxk2zoKCVLUH3o+gyuQsPfe7h7GyFg3MPWjsoIRk1k+8u+JCcHdIAEfyOL1/mk5M9hffBH+nZ En7/qsXQfu7kVRTRza0jlvrqstOtvUoV7a1acejUddoIOscBASxaJMin/A0CJC7wNRkRcli3yaTT xLmiqPRXhRT2njmBRg3Im4FFR6gpESAeYCgYa8YpUJbzCf0efVF+/5RQy8FYaukw7FtXzh37Fd0m quTFfqaL5/f1MJVZmxnuGs6bmARc1xaLXaxPXjDhkB592mtx66MOE/spY+D4DTfPH2bKmn3YP72D c8/BKMkpkJ0ZyIPXqYSWvsDCwImcmFwErq0w3PPc5MUQoxrOHlmLiY4N036ag6WqPdcun2bQhGEy 4ldJSSYfXoQwe4obmU/uUGPel5H6adx4k0GzORkiatl7bhozDqVh3a6KwdO+Efy2qCjSY+SYceL1 OpUG4/8hyIV0yLWpPYPXzRd3/wc+D8TdeN+NK6T53uNu3As+Zdkxt29n7j3MJzIkjLIaNf44fIhO PbqDujyLV+7g9DEp4Wnmki2iJrCwKpDHe26BGID9N8di22k/E/u2Eb938eRFokOPYd9CH3XndSJ5 SyHnMpeu6zF7bgdCnjxm82YvOg+fwfb+IY0aHd4BEo4cOU5pQRWJ8ZYcPLJBRFtrqTVHXr6YyCfP ZafbmA0DeREezdevacgrwpgxY/7Ue/QvDZCc5HQiaqohJgVX7SxpqtTUHs9Zm2gu7O5Rv5L8QUJ6 CFhNg1KB/61TwdPKE9i1WI17ny7Ef4lj+N49fC0uZEhnU869klD09BWDpjREgpZT8LWSGYu34nNi M6Hxeaw5Cwe+lTD7kATkOmFu3ZJ3H2IxaW7DnWuXsHXtwh8ybNIK8mJeodRHkcHfTiQpKhsMHUlM FF4QhPvepiStmMjcGMqu69FyuDEhgcH8UtZEJhe0b/8VnPp78jU7GlsTF56+yeT8runcCd6HW8vG qiO7YlTw6NSMZi4LGDJ2Co7aSuRTzrAhU8kKFkQeQjCydMDDw1QMkMSQ9/Rr1oxzwYmkhPhzTVKA c2oqlWmxHD92jq4eK6EghxLB3JEy8tVM+NZZleNPPjCjY7wIhTGgJQ99fZEaXhXj6xvN2C4pspu6 TXNY/f1gVgO+wYlU53wgLEODVob2PPP1pSb7cO0EPYeRh+Zz8MQNEqetEgUnrpw93sBiTp6W7XuI jY340Hs8i6ySnbSKGka0bjke26FSwcC2A8cQcnM/X3K+UJwHQyZt+DsFSC4Hzh1j1eptXPf2FYRo xdVl4AAKQu7heSuMNQdXccNnHeWJUv/x0nAo0wZjlyJSnp1l8YoEVq3fUi8Yt+8HCgv24/8pg2uH jrBagE6gQGHCVZZFfuLJ2sVMHDOUEVPbcfnUcUYehF4uTXEwaMuxs7dZsnE7z67Go9u8JQYqGgz4 biqfDu4Xe/kWqraEn0tAcVQOd32vkywJkr0TXT1L+g7woPWg/sT4PZZZUQuF7JfQGzwrMOKnvV4k vrvPqyQ9pk+ZSN/SMvb8uo0W9g74hyXwe6AUyiKkISZ6TRGsq7y8fhVTuNLIQO6FhIvPZeDswGBb R9p1r98AyiTlLPfyopkWpDl3wWtIP/Ek6TdzEp7rNnHdx4d3MSlkpuZR9jUG27btxS6UmJPWrizi aBHjKcOVjT2kiGJ5JTY2DclS0nXf+ziqmTVo6Zuz7vhFmplas218Y2Tyoc270TFtgZ2DDi++mDNu XzL+CSpU6tmzdlq9t6KtVjiW3Wop1n2+IT7sOWfPX6SdS0dueS0gLT1flH8S/kn+Esqfvf7CACkh O7mK0Of3Gd3fgehSFU549SIlM5/TtTyCx48kaGQh8x+vbgWaKhC2HmwXRNPEQhGfqzdrB2AQlwQx OWCsDv2nzST03kkuPIli6Y8Txe9L8+DbvCmuZtSMZdw+tpViHTtCH9+lRduRxN0+QaWGOVb29pyp Gzzu2crVh1GUKhSQXVBNYpkyYz3ait9zNvvK8zRTJnnY4h9myuNTR+j/7fesX7oMO9eeDOiow6U3 yrw5OomZi1ejrKjCsP4jZAG958Bqrt2TsGmrF6nZiQzato9MPVuGlVWI9Y34niJDSAz5zPR168UU SmiN3/XNYZCHIM0uXWd9Q8RmwcuHvjw4fhKTzv1ICXmNp+81Vu30Iv19AAqdehEd8hJVzRpammmS qtCJed2iSDTqKM4xjuxZQpdWxY30jBd7SDk1YoFdO68RAuXXnZvRNDWlUCJhyRA4H5zFgoumgEQM pnsBOhjoPMOplxG5D14hkSRzNVOert06oVqh16hB0HmKHadrmw2hz69x8tY7XJ3MiQz0FVNJkRTm K33exNiQv1OAZCIpyaavgzvBYV9IUHjBlYp4zDV7y9q7Uwe747nsOC2XllMQDk3awNcQqM4RuMvg uMSUz4EvsXIXPPiseB9wWbQFE1q5o/duxqKrJyOdJew/6v0PVsu+bN4cxaHt03jyMorc0hp0MyMp c+9Nl8JwqhpMv99HSEDdEvPmWiTGaKCjooRFGwdenTtDVoUHBtm38NyqR0XcQ3IKDXDOyETfWJv3 gf7MmTcF4w/5GDv147p3a2ZPqRegFlZFjTZxT/cw3feo2IWbMdiDp+EJZJanUa5uinVxBh+pQhkp 5urY7nUkokZPu6H4ntouxWYFC2mePF08PGhBJgkhaeJJEtzgeeRNjepF4FQUsdCsZNSoyRSb6FAs SSEsSYKd+wyGH7rAofGZYtdJmAktEqj0clItgLpBq7BeRCjQysGW0evX8+TaaQxbaJCfEMuJGA+S ShJZftCT8pwiFL/4c++LoQj3T0yKIOlTKqHRMQybvkSaQvUZQuitC7Q3U2Xbrt1YaubhbN4KuZIY mfWz8FGnIRAYGMjfKEB0MFYu4sHzELSNbRjlsp7KnFfMW/Mb5u6tcbC0497BOxSalpN2QWq37OAI lXkgr4vIXc4oTCL1JugLGlZOH8lUQPTPq+c7nEHPsRXFOXGN+BJCges2cACforJRpAYXa1Pi8iW8 un+HRK0y9FXay1IkK114HxOOdZ8+2He3548GkJa1i3fQfVhXOmRfJ6iJITt/2SkWm56LN/Al+h0v fW6xaqOUMKKgb8YmQcjgpzMiP72stAy/q+cYMLgbpy/fEX+mqCAXK0tdJBG53L5xneH9XTmzcx2q eo70ojGByLnXSBGbJQTDGyrYPPI71Ey1cXDuJp4kZaat8Fov9XsuTcvDoZc0jRniXFmrkHIWbx9T mjUxwMzZmbKs93zVd2Hwtntoaslx9aMTboHvxNmOeLM2kWfDJS18ItXp6G7Lt/17snjBPMbM3czg khjMZ0wU3/uEafO4s3c5Q6Yu50ToZ5ZNGyVLp8zz3xP9Po5jB05g0lSHq4c3Y9dzOEOGjGJ8ry98 5CtLPJeIp5UQoHXWzwLYsVmbnhj8ndC8eXEJRGQqM3l0DyxUytl9dBFtRrvTop0OD18fwOyjEx8y 32G/DVGn17S2oyvQb1uvASVVqMiHknxQ0AE5OcHDTo+tl3NY269O1qeYaX0nk5PxGe+AAvH3ha9P nruekrIyHt94yow5U0ktVmSijjqFObEsW7+P8ucbaOvaC2ONOP6I1qZTl28YYVeO3/vMRpAWeyt4 c++6OGz84VaPRm3dNfPsSNN1oSDuLWfiXtHctg/urv24eNyRPb/+ytOHz3j4PIBvlwne60NRUqjA 500CpIRh3bYtbm7mnDt1EfdvZtPK2pzr21dg7TaOmT0t2L/lCqVIdXqEYMgx1WL0kAni/xNDooiQ 5KNvqsScOXPEIr7CqCk1aIm+5Y01tiSMcHYjXMeEXu6u6N31RnfKJI6eDCRTEsqMceOI//CCoAgJ 8XnKOPcdiVOHePRzDcQ0SbVaEXu9Cs7dzqV3ev17nz+tMyUKmjjqt26UTi2YYodejDLf9Hdk/9m7 uDr3xt3FiRxJHDkokxry6Z8wc0JwiO8r4inPwxLo52T59wiQbV5z6T1sGHkJYdxNDsNuTT7Rr65j tBI0H5ui4vqOdvmgqA3Zf4BGraS3uplUszcnEHScoPkcaftXWEXvLdHU7UD/vff5UMtg27L5ID9O cSPgg594TAt59aE9R5m7bA4tDFqTmJWKevoXpp/xwbXTMLx+OyY6M925cIjH0VGoFZoy+GBfHK3k uBVxUXaytLMu4L6PDub6GeJON6BDBBWdJ8jaumlRL7DsNVRUdRfSyeDXQmC1REHLhGXrJCmNpgAA IABJREFUtrNM6Iwi4MlS8PG7ydPQVNo3N8R6wGwCXr0l4fVTLNt1xMFSWbYDZ19Yw5mjTTHRVSEl WImJLuaESDJoYm6Ampo0DTOxaoJCSQvuXlsnFsvggXJkIn1ObkbfRI9xe6fINLbauo4hR1MHpaJU 5nnuFE+LMRNHgpYm1878Rk9XVwy1W2LcPJzcrBqK0rMoSsun2CgP26HzGaToLQIjm5AhO6GE966j UIVqTSaSokj6TlgotaruNpykQF9W/DiGyw+f4Otzl4jXAfTr26l2ntSGk4fWylK5Ovu3hiv/UxD8 HQIkM+EjSR8V6PaNLc+uRmDVu5gPr6qI2wfmC8GgazqKKYqU6VVSXYgoBaQqtaAQBabl5UCvI3w5 DyYeYCnfk7KoJJ6dV4S+cPAHyBKYh3ulqVR6zH3xd+uJT+msu/uCMX3bklehLGrMGig2YcTwLnhO n4FFe3exDamsa8ol73vEvw+moO0o+rWo4WSGATmRgcw4/hIjS1e2DpMWkRsvxaJseJctXl5EvvCm p3EEq3d4cvyyhzh0+6+WpqkZ46fOYfzU+q9ZaZbgF1hBfpxcox34m7XDaKXiQGqUD61cTHkZEotr fzfMO7vUFvBw/Fc/Lpzey7OtxeKNNm6fJ0lfLOgek8+YMX25fXYOzeYcZvXWTajSgdbOBowYIa2N pEIX1ynLhs+fPxDkk07XoVqUaHbGziRG3Bi6dywjLFWOneu20Lpda+7cvMhoj754+wSLhXZx4icu 3rpDVE4BXTv15MVtX3Ge4vv7TiQ5xQyaNg3PykI6u7TGw2MZ/TqbyOZJQutagAE1ZDzWpVjC0jL/ s4Emf1GAZL9bgaWJnSwlsbCCyqB6NXddJzmq/HQo/SYf1dKKeimgCii4YYbWmBTyAiD3rVT4TUjB miSPZPm4Mt5HH6CXkKqaSQFw9yNvkKwgkXVhhCV81vV9iO+lEOLzqhg+dTkbfjQTgdvaFjYsm9ZT tmsvnNqXn5ctx8f7JJ06WFGYV4Gaih6TZizFVj+DsbuCUK6B8uoqmqolsGHRSlaNy+d2IEybu15s 0/6ry3ngJJIy8vA+vY1BG7aJO3Brtz78cWwjyVgytqc1d1/HMsvDFb/Lp0jyu4txWa444JPPTsSl lTQ4hCXcYEtSDUgJusCRoCqMTOQZPHISPj5BuLiYsX7ED2ibW7N63U9klRcydmY8Qf7PeffmE+Z9 upL88CqtBprJJIUE6dXojw9x79oBK+f2JF4OosqoKerKoRzevpuoxFjUTFuwfPY8EoLeIKGS0UN+ wEg9lmPe9zGzdiY6Ph4vYT6UWtZ4nmQE33g+FOtIQfK0EXp5LxQkS63p/uMD5M3HKu6+TWPOdOmx rJyjivnCUqg9QfQ/D8TOsJSzmx+JCup1UkDlBdDkGynCtyofKuWkxXp0+FOijj9l7ea5vA+ElIG1 BKgAqHSTUBIjReAKR3Zdfit8Xnw2h1LNnpiplXHtfiB5SgmMGTWk0a49bH4vtM31MDa2pzI9jNTI UnIVFBjQCqJLTbHTN2fWxg2oySmAfBrblq9jy3Xo22OIKMJQnCMRh25aBr3+pWs0fPI8hnwznoNH T6Giq0xm/DtKjF1ZP9iWF5F5pD09y7GCVLq59sVRvZjbz1+zdMkPpIfcZ6pnKOMolu2+5qb5BAcH 4+LiAnJFyJu0wWt9X7o1G4l61xZMGNSP3xt4Ciqrm/M1N5/2+W/4LSmeHxvwS3RVyzEy1CZJkksf bQUiUBTkzEQ1mK9FMGRIdypT1chKKaD/zFl0dzbikW9ao/f2NScflaaqRIbcwdPTnyFjBpP1JQHF KjXeJiby8PwBbvzySyP08l+1/pIAUVHQYMI4V3459YgZd+15GhRFobCJCLTOHJie70uRBaTYwCd/ I4p0M4jfBzWqYP4tWDtZUNouCVs7AbyoTHGsGnqmTdGUKye/EsYehWIzWPcDrBR0D2xgUSv4kiIN kj1TpP3958m2bFzWi+XzNzFm2U66WFVyePcxpq1eK+7aTgPHE//8ONFvg4h8G8Sa1fN5/vYQtrZt eRHgR0VNE9xnNoC0TF+Nm2sb3lU7cfv2yf/2dVLQMGTB4uXiUHXn8pVMGNqRi/dD6dNGjqjWLnRx aY3k5QXW3wpjxsxhDBn6DQvnzWPFurmcOXAAtW7rOOGlh6qmGkf37OT48TOMmj6ffvo1DOozBImu HF0Evc//w8pKzGX7jp3Mn78axdI03t3ZhZvLDNyc3ejn0Y98SR4hZz0b8NBfYGXZl3bO3dDIj8HT 81csmrbHybkZQ4YMIfyFL9GSdL4d8g2aanpMnCKV0fe9eJqsMjnePn5MYaU2+k0UGb23UsqsFCRj x45l9OjR/C0C5Fl2IpYGHcmqekpQFigYSNMkIWX6NBCemEHHeIgrc2bq4AFcyt5OdmCtP6Ee+C+X 0Ge6O+8zn5HywoztE+fzx/23/Lz9GFoWUDIHJAdghyP0WNCU9xurWBqgyIqtW/ByLyQm3Y8rF33p 0sGO6Cf3adZrJOb5L5k+7yZ2sy05cHohLZp059aRjZh17I2Nabi4e9pbmNFzaF9C/PzILLCla3cL DFUbKMgqqFFRDufP/fz/+IrpsuLnw/y8YyNaanWO7YUoVVdLyUXKiuTk17BhxVLR0FN4rcMnLKZZ AyXK6X2N0XQa2IBWu5o3vm+xM0njztNAmWB3bFo8QZ+S0dE1IFW7E0e8BpKR9I6Au0uZMRg+qiJq FvuHpKDEdV4Ev2dKA30v6TDxIdOQAgp72EXgYfeKy8FVTO2lxLUHZUzqokLOmwIqDep5HR61RZig YCLwz6+vkI5/hY1MQPBeunSJv2L9yQFSyv4lK0kvNkc9L4adKxZypnofStpQ1CBlelIEd1QhM6eI B9dfUu3YCcep7yjQ1MQwRIXEhFw6VPXmyr5non10gHUsdy7+IeaqZYLXX3p9YZ9elorKABUGKq/m bAONLef+vuSlS0jX68HA1gqQ+RHz6aCokkB0HKguvINN7re8937Et3NWo1iezeFLd2nZVI94fT1a 9uyLrUYBNy9eZ0btzRXz8Rm2c7bgYvbv0HRS4LsRHrx98IT3WVbw4QWXqtTFoeoN78u0cbAQDT1l qvYf3GhWW3MJS6lSGRtbHW6fr6PVpmEsH4Wj+wRubj7AkZx88mPe0MWxnHm1cJOIm34cE7uB2mIN 93sN6LZdzK41C0Uoi8CMFE6FsZ6+MrSu8HMencwQmup9eo3EuOoqP2x+ycsv1Ww6In0t1s8r+W2n PVNH1It61y1f77M0U09uVEMFyv25EPe/JEDCA5/ie/kGZy7cpUxfj/YTVVlz4Bj2k3UpU8gVp+SG RYKWLuQEgG4vKHCIJqljNGWpoKNuj0WhPNW6lSh2VSKvRp3v+nakxLIHDtaGjOttilFrCeuEzfUf NH51nKqo9aSpf+PFRljqyROXlYq9QhGx2u1wcrxJ0idQKBPMQmv4mveamNhkHj4JoLOtEi0N1YiI zaKNsxthT86S1dSW8MgQPsR+4JLXCaZu2c/s0YNlzxH02If3SdnIo0D/4WMwE1hP/41lZueK96OX PDrlRXDvLiKwMDe3kLbOLVFqYkl+YZGsDd1M8QtfmkiVKFU1FVixchnacTUylEK/rjrc8mvBoVNP WLFlC+Gvr3M3oVyWKi2qhZi4idpZ+Sw/BlqOy4l7/5Dju3MIjDWkv7MOl64fFElmwk4vKE+eDjbl 2OGTRER+xtc3EfWMIob1UaY8qJIpfZS5+qCMLl2UiY7wR1IZxITRHRu9Rx09C3pN9hK7b0JwbLnY iqnrbVg9awU//rbzTzXw/FMDJOTefa4Ex/IxIw6NoljO5QVi7AEqxipiKzdBMI4vh5oKqR+hggLo DZC+wHgvKBsbJaq9h2wAh5XwJvwy+jb9ME55IlPiWHF1HYmFoO9RX9gnHQaDKZW8SjvKtFqNrbhy P8oUx2Gb/haF6hJitZ0pj4lAz9WUL8USGfbLzrE/iaY3qM76RGJ1DSmqtswe25XbzwKxsmjB5wJF jh7ZwUufu3T5di57l0gxX8J6d+88byRl4nS53eDv8D56mDkrFvH/Qm7AuX8/cgMEmx8o/pSIvlM/ UsMCKa1WIy4xj5rUMN6paeNs+55dvz8gSkD3OrcV+SKBn3No21yRbXvPoG/UkjmzxvE55A9C37xk dO30WmhwCGusmzT/FyAnP8+ECXsPcn5RsShOfT9AkQ+BAtGsUiahesRHnZ4jRxISKZX+EdbH5F6o ukxmQwctTDz6YOb6ROy29XKzYNfCqwwa3fGfrNU8ujuyebOpCItvpZ+MpYMzdrVwG/4zA6SM86G3 UKy24UTtIO7GhX1c//CKmrFp6NhDSTrINZMa15v2hqIwKFMBXSuwXgNpflBuC2pVUmSvfMssbEpV uHiiLmXIQF0OdDrAp63Q9gSUxYCqC6hpgJmuB9fuLiQys4A+g+egEP2WG2+C6D5zHV8DLtBpxHS2 zL+MyXhoMQoqw5vz7GEIvb4ZQluH5ty/HkhPN0eO/XqciavWoyqnQHVBEJu3nUXXIJVlU35p9I5f RiYQ8+q2bLp8+/f5BCWU0c3yvx8iumbWjB4tdaMJQhGFzi4k6amLN96Q3FB+e6yOh4kRh3+/wo+L VjOuXJHvR9jQzMVDnDd0M7JGomiN54QenDn+mKCAOMpUnXkWny+K0zUUuRCWkG4JU20hOIQaQzgt zPUrxRNGODXE1EoPHmcb4ObiRAXm6JaFcPRBIH36eoh4r9cSCcM9+oh4sjpCVlZCDJ9Sculk1jhE hBpH+JB62Rczcs4IZo9a8JdIWf9JAfKR1KKvTBzeVYZk/WX7Mi4+DKd5WFtSTV9iNExqXC+ImX3N gpJwUGgDckpQGlM/82g2V7q7f3n6mfjoBgp/vXVZJoAUBwmsH6hIgR3qcPIu3PVRZcAkc876FZBd Dkmm0KYkAN9C+Lx3A+qK0G5wgfg7cbuVmfnLdkITE2lun8Tz5BIM0x/SqXtPnsW/p+vUaVxsQMRy tiwls8l3TP6HVMFYWxWlBtPl7IwaOpj8++Rqju3eyOdqS+ZMH0cbi1SS81X4adlUwiXxVNeY18Ln vcS5TEVksAhR8ZzQGdMmBizfIED6wdv7ihggQku8bo2ubRW7j5nElcBzYnAIq460JfxfOKWFk2fh 1lkU5OWR9PkLGtSw02snj47dxtTUjDSJdNbhdUWKUhbQBf1meJAaEAv/cO1GTJ4vzrDquCgCb2fs mqMM2rSC/9AAaU4buSaNvpL/tZRRY75HPiOK8l2mFHaTUPUVUh4oYLe6Cs0RoKgpbdg0nHkI2Pav yaCkJph/ppAs+UhLYwk71lzmp+/A+yA4Cp7gcjDAFQaIsIpS4gPrg2nmWG0kr8C79o/v0AZ+8zpE S8vmtOs3jECfm9gOGkVpYjV5b++gP2cmJSUavLv7CvMZbRu8i0qqSgrQMKvi3LX7TBrVX/adMZOm ceS30+J0WUFOHiOHTvy74iMrKRZdJzcWONrKBpytK++R2Xoe/g8uMHqsUSP4/MeQNzhrhfDj9Mks 3HCN0aPduXz5MnLJl8QbUxCpEBC9Y4UCuXQs+xfb03XhdI7NyyQ54N4/qb7suwMxxebsmTpVVD4M unKDSNFfogzDpm3p4+FIYtPXPPfxIU+STsqXD+Sjir1qUzScSzlypA57XIDkkwrdu3dnr7e3TLJU oEpXGiqQX1RFUw2B9PUfFiC5KW8J+JBCqUGs1GnpaxH3fK6iJV+M9/03oqr3dKf2PIoKpcX3Vaho QEUBVAmtEA3QaEftzEOBjs+mcvLDCYZOm4yNjg6pH/bjEwBpBfWw7DqVxDr0rqBYkhz1EG3lJKg2 5MP9y6waKNVE7L4CPjyC3T/kcOSqKZWSONoOnYTfgSXIO33Hd4PasXnrWWZ5fs/M7ydy4exR5oi1 TBkx0c+4+qUKA8VUlEqTWLT8Z/b+vLx22KPDD/Ma0AT/TUtLu4ILj4LRUFBuNODsO8+Rr/FRjF68 nA0zBtX+HWKZvWg1csmXZey/0VsnosxeruwdK54WwnVrqK3bpQ+4ukmTm2ETxpOdl8Xk0yk8XiyR DWNNTE357ru1+Jw7QY2OkfizaSEJtPWQbiZSaP4xNu48QIYkg5CAJyTSjNa9mtHXw4OkgLq6pBPB r6vYNHoBSUnxjN0bJCWRifSFeM6evcN2z6H8xwVIbEAW1sb6uDo05YfV32M2CBRUHJnVvyc+99+I KYhcViitdGxIVfpEjSAKFwJfJWA5yhTdRBPsba1x+bQMw8oiXuZHYBdxlsh30mDoUUvkEZbw/7qd TTj2heAQLvBuXzjzupKOLZO50RwkcZBoBZ9fQLUmHDIQ6NllXPb1hQdRIsDx4Bk/ejq0Y9EST37f tQn7wdNYvGg+x4/+jKGFNRraiuRl55KYdYv9ppZ00kth+ZY9/Lxu8X95LZKTkzFvgCk6umOz7KYS VmJI/L/UrSkpycJYrph1f9wSrZWFAadjjz68v3eRZoO6sLI2OOpqFwsLC1xrn144BYSWqnB6BNfW 1Q09S7oIgnb+/jBmuIyOa9VzEOqhD3FdK0HPpjuu9iWoOXRHqTiNJEGJfrRUzEJLT5GHvk/Rxa4W mm+NEs34fr0HrF8lPsdpz93i54Z1yev7vqRlBSNXli9C3oUumqD60qVVFZ+Dv/Bnrz8lQKJSI/iS U0aFqhyOmyD9LOQrh3PXuJxfTnmRmHiHFy9NmT5+FgoahdxSWkvCuwLMFypQfUuP5NdZ2Ib9gIpB CSFZj8jRLUQweVVoPZYWTV+IADdpQSfd9UQtq5xaks1P0qA55CMw05NQ29iWlOgvnLsB9j+CoiFU 5UpRw/bftCfobawYsIqVKazbtJLMe7vQ7uOE5aCJGGe+FDtmm7z28/K0oOo+nO+GSqV5enY04vmL TCzlEv7p/ad8DGT20q0iP1tEzE5ZLAaJoM6ha2qFW9d2DRRS/rVuTfM2DsjHvsdaE9ZvOsDKWR58 LMxj+7lbWJv9s8vf7t27GTcuGQK9xdNCaKl6eLjw03ZTXtz4VebjIXzPP8mA4YMmsfnMBRGqsn79 YpTlFXlxL4DkcrDo4ciXj8/oXRFNsspIrPSKG4tZoMzDkJdU1ULzBR8X72O/cNs3FE1TbaokyqK9 aV1dIpFEc9nnd7SDtVGprOFmojVyxIpBu+0m2LRs5NHwnxIghRw94IWKQRsSk8NRKNWmWj2fqnIh Q40m6WsoYQFFDBswSFbAL1vnSUH3KOSPf+D+w0jxUcor9/EoSoWo0vc069qEN1lQ6HODZUt+4MXu /SIfRNj1TmyFWY9BqwysTfT49lIOmhOlrV8V7Qo+573FqLIn6hpp5MV/pLISTPtKa52w0DKxZoh4 9oCbL6IpvRvB+Klu3A+JpJezA6dqqcD37oegZ9ya6s9PUeozXBTHPnjgGGOXLufu0e2Mn6FET0dD ohMy+KqkTqTfEZqpZ2GnJc+ExVsw09MTvQ6/nTaOkT2H/oNCyr8WIDpWPWjfMgXV1RtRRZFyPRN+ mzBSlGf4r5YwlZ42To4uk3uS+jGQdR9TcTDVoP0SaY12IDiO2IR0rvud59CqSyLO6tfxcMbnKXZW ho0kSn96o0lJTTH+98/zrqyA6/ftWbNuF7OneRDu+5ie/TuJaOP1owfSf9ov6JqaMXXmQGldEiLU Jd4khGajZarEyUObRWjJQvda/JVeYzGLy+nx/EeeICXKpsyZO0WcCQztu4GHb7eROjxLhO8Gh5eh 1yaaIO10tDtCpqCFUCyPXHg11QYj6Wh5lrjypozZ2Jr7clfprAqff8rHaCxY1pTzuYUvtq1ht6Bz ZQObFCDrASjMBDO3JuQq5VCZKO2CWS9WwDV/I1rF0aS37ECzNAsuOD5Az1Zwzh3I2w+vOREVS/+x 3/ODvS0BMUkE+r6m9+iJPL3TWLv2cbQDahUxuNm2IfqzhB+XLuOFzwmMO45CL10K5/hx+XwCzm2V uTpNuNyHqgZ2Cd92U+an/UfxuXG+gUKKIOv5r62+w78VUP7/0pozZrzYHr7xUYoEHD/Rgx9n7aND Wy02HUlm8qTxolbZ04B7IiFMunxZdrE5vUdq0ERZieyv2qxfPIKknBp6KkRJwYy8JyY6hcePH5Of V4SdgVSNY+aSeWTUClaLjySjDAejI5fG4UMzZPD2emq01K9FMDQSAqb9mAZG6/85ASJPh44Ojdh2 G7d04mLRHRKOq9Os2z2ylNPJeJGC9RL4vmQTqXf8SYwNw65XO3Ts3BnS15znaoepLoHyjHoYiVZX +BgXh/Z8UDkMyxKgygoUtKVopUrHPIwqIfmTtAummqCKlWkVK49LodvrNs7H5EENZuEqhCY84fB4 CfMumvLl6TGOfNRh7Xe23Mx2Ii4pl1ZGRaw7cInhfTsh+WqEm1YYd15b0XPUWLrHB7Lv1B26e4zn dWgkl28HYGpuRnpyhiiXUzdPaCVM9hv4VgrrY/RLqXmOhhFjBruLN9X/DbDi/7aWEXSwpCsT1UJt cuIjoTiD0vf7uSayMkFunHRoKKyV61fg4dEJP+9IKjWKeH7uIE6Dxsqu6ZoV83kQ+YlNfVdgb2ZM 0JXztfVLGU98vWhiYkU3F8dGlOEMwMikJTVFUtGHMS7yHAnuQffJ4/B+8weLvV8S8B7af19bIP2n BIgAL4mWvMLvaTirl4yTzQQkzwOw0l7C0OH6nMtbzeezUJQjJUI9sF9FSqoR38+aQ078W/q7+lKt DL8/A01hLiKDkSjyNbCSxLtSMev8AlAJV6aZaTmq1lIN36+B+SQXgUF7aResOL6UygbQ7SbVNXwI fk2ixlfZYOz6XAmu6yWg3AEVHQ0SUpNYObgtV6MHstldkVchn/gQ4ktsXDo9x8ykKiuBZYtX8+LN E5Kz1Zmzahk2LUwpMW1HdUkRai1GMW7fNXFn/OnIA74TKbZSO+nTR7bTe8A0hvTriVLFZ46ePcOP njsbTZbFa5ic1eAryiiixMDRg0j/GEpQRBzt3Pr+H2qZXA7vOIeGaa2ukpBNqhgwvHsbHgW8pn7m DR0HmHPv5gMxGATylGsto08YHApLrOmqfMQASUv9TM7XMmzcnRpd07btbXn0vgL/G6f52LIXI0dP oGMtWnfw6NEkfYkiLORlA8rwUxSwY/1Pu0XPdKEo77DLhpnf92JFHZddV8LD1+eRRAlF+n+Q9Oir Cw94mv2I5KQPHLnwplbaxZs7r97h1iKCwIR1WNnrUzg5m4wAgUkI6aehXDmD+002sdsG3C0Eix0w MIYvXmA6rg5Gosp3uZcYtrSB/M2GGRx+fZ9mk2o56xqQeQF014BcMsTcreRcxTbGLVwNBWmciTzL wLE9uHjWV9b9Ej5rWrhhVJXJxywNPoQ9pgllJGxczTnvZ0yYMheF8jLKhxSye+Mv+JzcDCVZte3l Ynb43UZP24jWrVtgYm7IhZ82iALUIWXdGDlIifB7xzgf/kUE+g2ftQ7DeG98H1ehqamGslK1yG5s uKKik3HrLdUBFla47yMykOOPUzt56J+Ju4s1y74fiZFdf9wc9f43tUwJGjrW9O5df52ePQ5oNI0X 2r+PAt5hqFRMqnY7ZjsnyLBY5v8wVU/VkH5u49ae/CxFbJq3wnPjBWat3IhcSTE7N28k5EMmxhZb sEq9wciBncSfLypTpLf4PqQeKeG+vvh/yiYm6S2pcX6Ul4fXuu+Cto5do5b1uR02/DB5BLOnbuDP Xv/WAMmTfMas40iOdZuKkoICT94GEBkWRd9OMMiikuXXN2DkBNkPoFIdVFXru0rKgsHlEbg5Dm5r wZcDkBEIpWVgNRfK70NNR6k1mcBUE/SfypuBWgLErAH7BVBVDDrdQbEMcjOlIET1HhKuhy8l/rXU 7zDwnLSzJAwMBb660FIcPt2dsuIEDu+ug4+oMGT8IKIrteuN72dtoblaEh0c6rFL0vZyCEFZncmv KqJcoiUToB4zegBnfz3O0qUz2bjhZ5RVK6GqkhoNDZ74XmHJ3qMkHKsXo2u0hCJ+xXb6j52J9Jau IDAyA92MADw9vdj0v9p7D6iozq3//0NHmnQYutJERREsYC9YMSoWbLGLLXa9RqMxMWqMMZZYguUa NTFqUGI0kICgYgNsgChKVfqIdKRL+a1zBgZIcnPf/3+tm/u+LvdasxIQZoY5Zz/Ps/f+liOHiQr9 GYze/5e1TGuZoNa7U0rkPRTt21OZ/5L3Pbvh8/ElscUqRJP8jhDCLvjFDYEAFoaOYQfxe3H37hF3 9wpZYwUaYDaVJU2dpje8iE8mPOoJA91lcqXkPRbhLs79RuPb3x7/U0fo5lBBTY0+Fz8olKvR9N1x C8dFspa14CeZ9/RTnPRLkYpI5bckQcoKHhH6spJ+KZFyl9fFw+x5Ydie6sqX7AsCNRsZ9krAYdUL pjgKNHeV6iEhXrbNV7qDsTsiJ0TPHawU4UNbuPv7F1UCLWdo2x7m5MEP5qChas70NltRcyvjqVkI V6VBVKRAWSSilZj3HPiu0a1WSA7fmbNRUs7Eedwi+dOGXzrBw6RnvFESRvuNUVdCnWKj65RgmdCY YIJebjvncrgRTP8J00l401t0ij144Guyc6VkFCvQz8MR055TIPM6d9LbYKxaQWhwJKpqghXP/yRq MdFpy9lGo5ng4PsYqxSJhXH2/ccod7YTZxYZhwV8eSH1uNC9xZk/7vY1+u3/hp5e3qz0HY9G/ivR 57GysJCXKo4c9/PjbOA19LXPy+dL4hAx24eHD5t4GTmcOhyL15wNosSoEPs2LsF3o0wwvCAviTt5 Wty4/C0BlyX0c5SIcBcBHi90xb48LLOeE0xGJ+8rbLWD9zQvJPXSSkrpR1rYJuIzK5ix2E8kWL01 CfLw1o8Yd3WBGhnqVAhLe0OO3QqgVhGK2kOVkaBUgRyHVV8DhkNBwxSqQ2yZ1KeVil9+AAAgAElE QVQdZyLD0C2B6jrZ0crWBRaVyoxwpq5q1Ica5C17gXqoE3YJSw3Cj1ZgOk0ZozYLONuCB2JYEESR HWh5yHaQ6Qqtfc4v/HKOZeuWEnk1FMXCp6LFWEJ2OTHnzmLhOpDJjdyPtPx4ClzgmE9jtyUJZos7 iQZTJnvzKvkxmibWPPtxK9o6HzBykCeug0yoTg3FzKkLR3cfYtd6T7IrtXljZsbkUVZ8H2yHnoD6 +3004qiajliCr0pWwXN5V817rAkPk6yYNWsW9zV/loEX5dPpjny5NYCkaE06uFqJGCxdNxdsol+h qq8i7k4HjoWx/efdHIi4g3ULktW6D8Zy5lydqPJ+XcGVH3+UDfZk0Yby4hR+/O4ekZEPEPaNQmkR BkU/UfK6FgdHE9FqO71SDb28aD4/GE6XX2Qt46ZJvbCoiFPyRsjP6kYuuuzrUjral9F2wARSgkLI qVJksIsTb02CWNs7k/nVV6j1niAWpa/LXvH9+YMod6ykajxo10DGOlk71sQNiqNAxx20BS+Kax2I PPGc+Wc/I+RFGDZLm//92grIbyvckMp0i77NDxXX8E8+QLlKDQ0Kqhj2BkNpO+6nFdL3ah6GLTUT 6hWxK+pJcOk9zHpBym74VrkJrwVGTp4smjobhbwb6Nu1abQ4CCEkKBxJWT5dnO1ZvWSu+FSr1/li 1FgwCBc0MFGC75QJdHCw4J9H/ek/1ZvCR9fxnr8OjfxYAnPqGNq5hjS60zb/gai2UpKTRVhYFMN6 enBg32Fmr9rHAHfbVp+jk6MFd++22CsN9Um++B03Y5LRHWeLm6MW2/ff5NnDkFa/13I6PWTYELFe cGphJV0QGENeaZH856NCT5OcWYC1g6r8ewWZNRip6iORtGPT7pbJIYQeS9Yv5+aF42ga9GR0CynU /Ye3oFOvRUJuA8pFT1Bz8GDRjAqO/tOfDZ4tpvgGjd4oaQZ0de1AnsSNF+ln8dmbh+fsD1nVqwOm Xl0Y6TaYxOg0rjw9jYP738sJ+Y8liE0nR5LuZJKRsJEKBxjjAbkVYDNZtlMI0dSOFeYhz/eB+UqQ dFQl6TeZyFtTVCWL4uRoFIDQyBSONLp9veju2pfOnVTQ1bBD376G0w8/JyVcEesn1RTlFXE+wogJ JoeZKqz6KJH7IpBPT93Doz0sM4Bp90HwTBV2Dg3jnox/ryPXrp6n24x6En/MZObpcOLS7lJYqkyC ai3GKVJGDfNEoV4daXYyZc9lUPDV32vSw8MN3dpMFq88KK6+k+tSiNPvRh/tWg6evErma1XUyxzp 2dGebJNe2GXdIzhVn8N7dooWC78GVSDNlAlStAxn94E033rw64kvSNOyZd1yT65dPIf6QG9c20bz 1eFzOBoq8ybrNY69WqNmm0JuJd1Yh2gbyY49y3xHc+SXn3G1NaKmXVdxQUNdgeNnQhhlr8HLbg0c uf8+Chgwu9MmbDSaRIaao2UtqPWolPDCewwb5UN4gR7tbp/lU4E3v3YBM7+KRmDjNgliS/S1cOzV B++hgyhIS2f0ngA8OtiIz/k4KJjwoDDUMcaqkyvWas0J/VYU6foSXbZOyWPNd/CwCvRXQskNqDcB HUPk7dj6UhGkK5P8cXqDpoouPgunce/SCVQ7IW8D5wXBUsGDPFCdIePaiJ2glhd9uDSI+F9jiFEo oUy1lsGbjIhJi+Pcx3MxHQEdLedxco0t/7yaysmEQXTrnIBfowNSQW4mmpbLsH6awM3jqVQnatKu ew92rZgj8xT8fhfq+uZYqpTLWsRlDwjJ6cazwCr2+u3GpPYRJ6LrZYaW+rocO3ycvn274TV+PF7j p8kv+OrF6zEe1Btbaz0merjL0QObNi1lz8mvsWunSUp2OitmzfsTT/BSwp4U0PblHRYvPsgWv68J vXiR9gZWaFFMfj5kPH3KKz1FdOW/U42NoxMl+a9b1QsxNJARHS4KXL8pKWKA91T8vz3ATLeB1FBG wJEAlq7fyPPvz/Ci53lCDhaLmgBXUvZTr6TPnG5HWWgveJj8MRQxZM1HS/jnqVv06eooRyDEp9bQ 0USDeX6VvK5qYMqiJdRlpvMsOoXnFp3o4upIYWo8Qanx3A0MJUVaQBe3Hsz72JPgE8lYN4953oYE aYenRyd89iaDOnRdCAoVNGvp6oKmPaikdcDU4SXG7sWi5I8gZ1L7+inXsp6KnXzNztBQAiVBspbj nivKuM50IrPjT7jizbgWFz2hGAYYzcBJvxOJhnd5oHkURU1QUgDDwZARc50io164e68kN/pHPK2k 9LJv0vGVsmnNP1g6qyt6rtrU3y3D3a2D/AZesnA6Vvr1rfShXPtq42ytwMSJIyl+rknDxUPM2yXs SWrs2PUZseF5f9KBgueF1Yzo2vqjrxc6WtLnnDh5lrr8OI76HWOazxwGezTD6w0tNNDV1eZUU3F+ JQ6z+nSUjAaITMWm+YfLrFm/O4YUER/+Pae+fYCBsWz1r5QYY6JQRtfRvcmP+42qgmweJaSyZslc evbrT3ldG4pzUsi1f0XShWKyggQaMtRPBf2OhZyKnkpJ+o+MszDgSX7rWlBRosMXW3dQTDc62eTI a6UR/dpytnwQnhIjnHUbeJiSjvfkmShJT9DZtS+uLY6Aqg2qfDbaRZQMEt6xmbFAlxAEht6aBNFj 6/5dKGlV8rIwhAxdqM2RaekqVCrSvWorPbvqo1KuxqPzxfTxyOTApiPQUUp5H9DXQbwohc8FvFFz P/5alB1StwWNRi8ZBAU94edjYdh0VqUhqy0jnXzpYdKBRGl7yl+f43FFqZxCO8RrIYmHf+PEpWW4 jlmMcrGU84Jnc6M5p0SiQK2KlJf5UiTtZIOspsgqq8NIXZfN65Zz8OgZenTrRNLF34i89orRA/uQ V/WGkYOGNP50NQqmTlhr3/rDp+Lo2pN6cytqKnK5fClcBv+vqCPuzm98+MmXfLpxLauWr2JueyMC LvgzdfJobCQS+fxCsHZouuFsnIzIux7Pk7AXnPCr+Assl6xe8D91Wj5MHDBzDG/in+GyaBbXv0nl 4IUUOdvz8pl95NbqEBIURLlBHhqCmoxBo6qM/HT1hjsXj6PjPB51akT+eUZ0LM/i8xi+zpc1Qzty 5vsjvKpxoK2qNiMHduXQjj2oNfTDa+skDDVSeJhyhaycMr78ebuYCC1PA0WlsmT4fusGfBfH4eja FycLF44uEg0U344jljCMmjZ+On18Q+jqBSp6Mi1d/dohmLbAJM0b0oGjP9zF3ESBxKI3OH4gcK0b L0p7yBYKuUaSjqWBOp1+xyE4sngnIdGFzOgMt+s9oeoVKflXib1QSvfxkNoDnEtVefTDJdqW14gd F1HKc4M9qw+mNppIgpm+Krdrc9C2zyepuIihGabiDVyen0ClsqVcUueTjYtZuGEJAgfMoBiGfbCZ N9JX3HicKxdNcFKScsO6/e86UMFooIKWXjGFhj1ZOk2fqFu/8NvPEbwszqX23E8sXLSSqrQINl+q YvWiUfhOHIddF1fxbC/EwpVrOPvDeSyMHpB3fXNjR6gC70MSZo9wJT/62V9flD8BRibH3GSc16TG 3RK2rPIi4sxrLtz9kFXBnlREg+kkUDMDdQNoKIPCBLAxtcFLrq0r7F5KNJQ+o1Qqg6UrqxjhaqfF 6uUrxIn4qIHdSEyV7W1NO45oGSe6X8HoFqcB4a84duw7Zny8g5NiAyCPbWuC/8Bf/z+PxTI0MaEu DxpSoKgeVPVb1Y1iNJg8R2dMApkXBZsAGVlKWLUsZ8i2dSFZhLau0BIUbuaOv+vSCIlEAVRrw/7w hVw1caGkNpaLm+FFGlw4D57uNUy7lsC+A1+h0CaADh5DuPrbPrJey4w0O7kOpu+gNtx3DSLnHKQl 1WLpFcTTizGUmAxAy0QRFesu2LzO5M6DRCEH8Z8uG6R5HzrGwvGLCIwIpMP4BXRtUEbHuS+GcQf4 aMF3nA5+xNL1ywn45wn0TA0YbTuZgL0bOdMBnF3nMrZ/B45dzhVbxHoSPe7HarN1mZe4Syz7cDZf fLSD6OhoXife4/jpShRRJjHrJUtacDcEoer127eTcT+J+3+1yrayjpMNE22dXMkR5FOFYacHfLI3 CEP13kjLYnmjUUdNLuQmQKcl8OYllL0Gg+6QfTfrdwmnRPeJU5nQSKGtLS/iXmgw/by8iLsdRN/Z vTFSteR26Df8HKQggmZqGrQIDXpJhrSK0EBL+nv1E4+Lfl/vYKxrFl8F3SI8wYuta1p7q7w1CdJG XVC8Ba888G+AqgZhZQnlpYkMk/RaLYNvY3aQew+mT5iI380LNBQqYZexkt4SMz7b9hXfTpHKkJ57 obIAvt3auksj6u4ayMhRgmpiVkGsmEhnr0B4mi2vXqZyK1EDR0dHQo7sxNLVjuBTm2inU8WyDbvo qPdGHOSVmwwn/RgoWMukSoXmwqQeOZz67Tpjpq9gWGdLcumOo0E65n/gTO9n6rY9zJs7U/xeatSv 7H6cSs6ratFj/MXjB5gZdKemNIc6hXQ6H1UnKaKKSvdTxN7wYLbPODoMHMPtawEMHNWnlUe67xBY PnMcVtZmbFhnRmioAD1oy9EkoWcaJnaEpDWuSPIus3gKLJo8+U+F1qrz0gkIDJQrq5RIc1GNSmWG 78eMHDROTA4FuRZuBBVPB4hfy4e3jXeMgqjppojCC53fJVxwq9dTrc3D1Xs2rwMCWPjJdh4GXOT7 Gxua3PZEaq5Sr848CQoTYSUl0kTOHD9LVk4KX0+RiVi7R0Wz5Bdw76DF86wXYhWizluUICdD7jPQ sz/67rNZ1VBGfnwoP9x9Tef5+kTF/0BYZjTlUngVBzUDJGjZQfuiZWg9i2Dxtkf0GDOeC1GnxQ9L 2EGGbsph1ybBDLPpFaoZNrqGs4Gwb5bAX1ZAWasdOpYOqNaVILGxYM5sbwIiCqlLuYJ9z3bs8Qvi ynZVHlcsJyXmguiHuOHzTdzwP4Wpryqld2ro5iAbHgo3n6t5MclqhWw5cQbq6pg+dRI/BCLnTAu7 m7tHARoaVVRTxCKfD8jMSudldRUaNVJsJQNYsPl9Ppl7ioIyRdQcnojJIVOzr0PfKYqGvI/lEqYV OvZyiMpAdwlh38qYdZFJOSz+4GM279vDzVObMNIaz8y9oGXnxmCjh83ciSh/FBT8GTJ5KZ8vmkhs epqYFIXVCihoCjzxHvRytWq2ZXDvwbDpU4k6f7+VYPSVK0/RbtcGwyGVaDRW/WUpoCj4sRTqIMlX F6f3TVFSXIarS9Ogs4w7tzNpqxIlR3H/Y24Xdh36hTluOlxNTKM8KxuFvDRKpCV0cvMUvUymzYcJ o1xaCY23U5fi5TUVK64hgE3eijlIU1S/foxtryHyi2/bYyD/mNVs4uitZ0C+jg4NXUxQN3iAep4u 9hp6nGvs1Cgr6ZCSDtN2KZKjPYAl23x4GXGFB9QgMTVFolPHhQfdyS4IZ+UZZYbM/ASt6lTMJO04 vlUGFLwX2psPdw7nuxgzzpxPYMver9i/bQ9uy/Vk0p2ibFAWbarSeH3ZAbUeT3gQpUx2oUzzaeEp FRLSn8uL2Es/HBJ/R5j+NnGmBYjEmu0L+eSjZaweUsPJSNlxJbsMgi8eQcFMlYCw/ZiY2NGpykgc fDap2Zs665AR2yzwXC7NpNJMBlH5+czXvOcO+wObdKoqOPPdT1gpGZMnzWTQ6PFI9K25FvSQu8mN FOMoWO7+KYXR4axaVcCByzvl9ghCUoywGkFZz56tbBl8fEZyZPt6sgtr5ILRHYbaoFS0GPNOF3hW lYGqohaqJmVotlPFJdkbhwXTmDVj4L+48jmklL5i5sRmZZfMpFh6dqukMKuO7oMHt3pPu9b6cfKY VKy1hll7M+rQrxwV6AenNKjTlnDxerS8C8jblCDpGaUot2gIaSsatkJq9l5tz4vyIlTyIrirmIqG DgRX+uM+ZyROqZWi49SvoVqoTt/AzPYyJt5zJR10yMfOZSCZ98+SJ5WyeyaYqyhzS7ueAxfSmT+m LZrGQiusFvcRpvx6Ip/1vQ5SVhbD7s82MXpMLeEtlE4mjWvLulX6DOrShbgbGTxPKhWPdMK093qc Emu2NM8s/I58yIXweGpK88R/bxKJEFb53e41IrvRI1l2XFnpBfuCKgg8tJN5PgOJic/kt53xmMqk a8XWduVla6b30idCcTazuzmRFB/I3m8OoLxuBaXFUjE5WiJqS/TV2esXjIAMexwUyLGgcPFIKbxf YcXVebOKVQPWE/64DdfDz4u/s3hiX3nNNsb3A5w8W6tMmZtb4KLYh1GHEuigLRWRAeX68dy/+wLz sLZoKjpzL/ExGi5KVGfU0G5iB96b0whC/NMwRaIJd+PS2f71foqyc7jwYyq62bX01Vf9w3tqGToW xoyymcymyGRGeNuKrd/U+AgKirT/dm2s/3iCVFSVcCfiMOsaMUx3nv+Co4vMB7uz5xCuXP2U2vdL yQoFfV1IOiTMSeIp6FWLcd17WFQ+x2HMImxaYIS2feDGp78EiNv2juWDiNH/VTyCFefXcqdKH0nx U/JURrNy40602iqxZ8duBkrm42rRg6oyPfqa90HD4ComSWF8fCCTCf2M2LLmIsbtetGvryfJ/0zA f1W0eLMJLqs6msJIUghFxs9bBm+06O7SEe03+fhHxouTeIF15/GxLKGabtSWdNH9MQPR07Gkk0d3 tCse4LcqivlbxxD6D3/SMmM4XdkXw9eRJCgUU6vvSlf7R7RR1ERFwYLeDq21arf8FMuKxSsZM3oo iRH3iY+8xO1tMlsHmQnOXlb8/BxlxVI8J3vJiVFC108WDX9iy6BF94Fd8Zy+gi3zxomqJcvOwS9B PyORKDPJaoKY8A4GC/AerMKMjetayRgJotOtB5s6uLopoqzXjaNfyLp/y+aO5WLwWSwLujGil1ur 96TZ1pzRg/phogNmHi4M0lRlUq/VrXaZfUvOwduWIMbKqmh2lbJhyVyxlSdE1Id36enej9spO0lp KEUAFpgMgdqXzZ6DpQqZKEqf8VzFmIT4x/QSuLaNER/3jN4D3Sl4Y0d1gwLPHsogH70dagn+4XMc e4/BKOsm8zbLEmqNtzsJT4I4EVPEm7JbxL1JJfqUCjGCxfCsRFadSsRQWR9XL0teZGSKiNMLodHy Ijw4phzj2hus3rqJkvuhLF76iM17PiNgq4yN5zFkFpP3nZLbhjV5kLT0t7DVr+OrRtbdF3s/wD4k nNxYY0Z288Av8xGDehkTsDeNkLBY6jX12XfgC5GirNfZC436JCbvuy4mx6Ij0GVodyYM6SoeU/UN NIjaVi23LWtCFX8e9YrFa7+gW32WXJEEKsSkcB7m9QdNXFlUcGDT3FbkMe954wj4NRAL93psnT+k q6M6BWWSPySHoMhu5di7VXOgRzsPonOaBbUVTHzJyU3BsbPmH96TpWtPrMjh5t27tHd0gqzUP+wy aQVlAk397UqQYsVSyhNUcTlXQ+wU6HgO6pJKiTcKIv83gRwlw2bZGXQhszquhedgBaoLMikNb8vE AbakqZmLXS/FulJOXIljgKSOV+qK7Dn0Db7Dm+sBhfo3VKkIU1eByAkG0+/yY3YMUmpQqz8kdssE rdmDiapix8svQsKeb7ZTk/GI2DwFKpIjeFKlQ1aFG5P3PWw0A4WKxBQUBvWQ1yyht54jsSvhk76w 4tR53IbNwGKxLAGapIaajmgKdcrYDfbBKTpeXEmttWtEcbaKoIO4frgfv8HjuB77jBnL1mNrb86P AYFyirJ516HM76XDlosQnOHMgpm6XI8ulx9TKwoqWkHFBVTxKft+TPAYh379K9JRpadLHwa6t0R0 /Xms9d/GfoXzrZ5PzVSG9sxPVMHAoJoOg9qj6zpe/juXT+xn4ep/YGNcg3sbf3r3zmTiGB+R9aiv r0ZaMfLZkELWM1TehLN4cS7BGcE8CPiFkUO7NiINHIVLLoaFpQVFjQnScpeRWFj/rR2sv4eT3saI xUOXEnB6Oe13NFCfDNm3wG62jEKrqgHKqgLvTZtFznv5xWAnGRUvefQ+OJ2OQ1X/CS58wlcfb+SU IPQ2egqmddc44P+K4qKWvoOytqx9TzesX0eSZjKaPd/oc177BFkxNSJ5ymoFbB8Kc+2En68Rk2rB h/MbGwg1jBnVn74Tp5AfEMDk+Su5eXglHl4TuR16GT2dTEKCI5qFG/q05drPTa3eCnz2fi+2m0V+ SOMqfk8qQVnLgUqll2QGXcR7yUfYKGSwZsN+RnlAyBMN4p89xaBnV8yqi9i0aa24461dNghjDQex uFXJCiVtWDNNd+fOHZQq6DOnkVCUlh7NviCpmBjCLiq4WrV39cTQTIPYuHQW+vqIE3j+BwkiyIhM 7DaYA0klRCWFkYgXZ74VBpR5DFn2PvW5Kug4D6a/o0w2v/j5TaYt+pgTH9TI2/CWBpFE3nZhzmg3 XtZ3ozDuS0yH+tAmPx2DTt0wNXSmqFxm2lPVAk3cFEV5WfifPAnSbJTzX7baZQS6MW9bggzv0oWc kkJiAxswaACHGWCpDTU5kHIUjKfLfi739R1+Vm9Pf0Mn4vxfYjQeMUk674ek5Gp8xk5g+Bgvqqtr OXvihpgcLX0HhWOMUKhfiAqhwKgH53dtJGWiK6/NZEzEBmMovg+vDYUPWXZBbRxAWb3pI6jiWVol lpGhpKYlcH7NJ3y6bBQ3kkvpZyNlkacZ/7irTnRstNhaTs5toKAAUgqbfTGaVB199mqQU9eVsT79 ed/FmE/OnyH97j0s2zvx+T8PMcBBmRtPalEz0MVCX1nkXruNWcGkAbaEpICJeh1+P8XQqbNEPOZE JG1kzSbZIlAorrKFbFq1jV59nVA3dabqpWCDLRUVDkd6+ZBZWErfmXO4uHMLGa2B0f8mlLC0s0ZZ V5P2rhMEYy5RyyvuYRxTfSdRkKHFwM7NvaSw6HgWDCuVH0WFNvswP0c2+lYSoHwYbY1+uPfpwr6j x+nl4Y6+SRXTp0wm+EoAqa9q0WpEE7fkugwaPaGx7sjk651XMOkhMOmEaEP38f8J35X/coIMGDGC z/1ixG02rn0Yt6ZIMRijiFevrSzx06e0NoNjYTuoEVAPfS7gT6XYAhW6O2bjoThciye/7mH88q3N ulmCFtb9/eJqLcpj/kEu5j5rN2/mYcw9pjgFMTa+BW9943zucoVJR0HbF67ePcqijft4/7WUrGoV 6jIe08nDmwkjCjkbfJ0nKcWiKFulWzXD+rjyYyPH3EO1PZo6HTj31Bb/yCD2zhJ2QVmsGl3B3sBI PDw1+TJBjY71D9m8AL65HSKKGzxNsiQ44xd5AbpqxRxG2C1kyo5x6GUp8OvFMGJvxogJl/NSh1L9 fpiaXOd2WltsJdWMdS0krMCKcUOHExsTwuUXFuwOlNLJVUJ0xDUCbz3GyNiKWhq4FRpITUkB88dO xGGkZ+OK/K9VT2ooob3rkFbAwfLcVzx/lix6ve/du5fxIweKYhGxEc+5HKGBh71M9X3ZMQu62NXw s8ZJKnJAw+wBD1S70sVCne4uzhxthOqs/mA4/of20qbkJWe+P46Cvh6KUhji68PeiX1Jaqw5+g70 Ytyf1kpvUYJY2ffh9o9TmDS2J14oU3kOcr4cgqlpMxZrwcJ+XJHcQlWxjqQ9jdzzfdDeV5nq82qM my+bTjdFnvlzumyFohhw1AX/RjvAJi1eYRWPSPqM3g5a1LOsFVdBt7HLJHRksgLUqS/O5ousuTQk GbN6wwdy+Zo1q5fzJD4TVVRJqYZPQyrRa3se5+nLmK4DsbmZ3IhJQLPzaLycgzj9xI3dgQ8bLcia +O1h4uyiuZuVwqkkL7wNhLVZBpcRNGoFGMWEFXN5cOcnavVdMBcUSBpgykFD1m7/UizWR0zbRtxv n9Jer5TdM4TjVDg+K8NFlqS6AHUWdmtJtEhAOuDnh0aDKkPnfCr/zB6bWGDq2Z17/0bBsZ2XNYWV rWkE6jbWIltx8uTJWJT7M8Z/IItnz8PMph3fHd5Gn6mf0cNSi7Vuezhvv5rkNFB8Axm/gtWoeOwG v9fK/apQcSnKxWGMn7YBc7K5lZdBjbQI1YZybBx7oShVEh2q/jfE36CLpc97voMICogUiflXfoL2 fVsjlwV8DxIYbD2LV+7H5Nxz1cJafKf3JyfpIcERL0TgYJbCbW6qfEvBz1BWA6Xe8EkDdNJtbf6y f5oOhcaDeJRwC1Xb5t5HenJzC1ZQfRdkcoUbeqBHIW9ayNdIjPQw7dCD/nqR4u604Ed1HMwsea9n R1JiH6FUXkSNcJRWhGEecOfxQ6aPhlWNBlPCkUs4EgkFe8tuVlTsTeq7G/J7JsXV09+i7aSNcmkU 34fdFn+/s0sfEn85Tp2pO2ZaDWQaWvHToyf4NP4Nws9cOiZTdWtZi/kI3S2JLb4vX6IozaTeoiv9 jdX/rYKjoGGVVqkpAgJHtAAOvgAxOSaa+4uvISTnii2JbN68mcDQVJwNbFBT7sZXtzdjZKVHQ3kW z8/JODzU1GIzqQaFqOZi3bg0keDMJ1hGXmWiz2DeJGYz3VfG1JwgGH0GBRMSFIbp/0dn4P+zyooG Gj0Y1VsZi8WXxAuZXZxDntN8WeGZX8jVW99S1wEG232E2uhUTnENNUtI3KPAHuUnbF0zjePLP2Gb RxA6BqBhIQg9KGJp358ZZZN5UPIDjrq3xcm1cLN7djYkp5ts5e06ohN5uSns8/MT4RbCDvJl44Yk JInVElntIDiqTin4nErBj7D6Nb+GXxeTo2n1Ty0wQq+7uxwB4OXckewXFfh0fIZJOeJQTFABFEJI KME3Q3he8evGblaHoZsprzvJ3Vv3/yDa1n+0F1Y9Tdm1brF44wtdsHkXEnD2HodNTi6BgY8xdB5A +W9PxIRbck7Cxo83cOrr5WSVtvaAdzCAVRtWkF+SRUJZKTEXD5Hr0IsRrpF+58wAAAnKSURBVAv/ jYKjBp5ew9k1dzWhEVYM8ujEraCb5KnpkBTrz55Bza+hJEBoxJ1IHc+1I/jy5gTqtGtwsllEw81E ih1qqE6Gth2gX5eFPI/wF2VYXTtYUZSbj6myKYNnDiYnWYF2Fm3liidNyTtl0bq/3W7tv5YgPp4d mBASLS+qzz6xQCUlXK52stzXllMPUjnleoCRj4fQ5nEV0fsi8PFoICIpkV0nrrPj1ArOKX5NlsBH GgFmA+xZ2rkZsqKYIuVZYqp4U35yu08rJcels+yxt9qC96xFpITG8Si5aQeRFfbCriPcwC6WUjbv +Zjyhm5Y67wiIr159U+v60BOCwSAzwAvsgpyOOd/nxmiHI4rdmrRYidJ6GIJR6tnmeY8M1zFMJ8M Du7Zz6CZEjEpJhTW4LdhJdqmZgReisTBsJyQqOdo/NoNRzMJF5dKxdcMWZjO+wHPmDKiJ4lZ5Qxw 7cFDQ5gnHCmrSli2Zjm6urKEEJJw30zZf4XabPHy5aLneWbsXdYvmMVvqfU8/HEH4VX2uPfs+BcK jjq8Lk3gcakKu7cv5vbxe7Tffo+UM80zHgH+kVVQIcI/Rhsr4/dwLjlJNZSUQQSHsbIYSr8JScRk pzO49wLUw7LIyMnBtbu3fGi4et4Arl6/Tx8LmW5Wa4OffwPZf9sSxMp1MmumXeSDCtmH3N4ghPZj Za3LkjdSvr31GbXlEJe+h9qEkSirq8nP7jKfinC27QgXrdiqsuHVPbBVaS0utnyzPXOHp9LLCDTD E+g0aJocA9RWsYCxg4bTy07CxVMveSyV8dCFKbkgIiIKB2yDPpvA0dwRjQpHHjyOYPaw5ibAT3G3 RKi80Frt4DGayOs/MHiMCz8cz+aXSOhhn4B/tGwH09eAB1nKOBus58wu2Q2xZLEvEdHR9HZ1hepS zJz6kBF3g16DBmGrkExQVIL4WWW9Km8tgdPPrQWy1xg9A11suvTmWdZjqtMqmCFYBNgLcBZZcgiW BObqj0TcmxBl0lQS8/I5e3A/Y+etR68ohogHb5i6cMm/5Fa0REqrtksiPOQZaYJJp5fs8+jRuS13 714XW8qPg65QGJ1H0WswspDVHYy6wQc9g+l7IZT97x/hDLf4eNUoHkZFyOuQat0JJD1IFBOkSPqc oLAyucGP0ED4b9it/VdNPIeP2MaoWwkEFrziZpKUXIWNXBTg64It8DQwbSsz7hRCIrFlosP1Vj4V DQ3wIFam0q7XCVQfZuDYe5lcXOy7058ytT8c+AEiEzN5VHBdpuR47wcCSvKwaqvZqsaYNa0v+y8f 45ItWHvBkFNgvxpMriwnpeQsh5c2n+k/uuGKRD2a7WtWsnB2P44cWIM0twJDgYdSi9xLT7h5hNVb aMXO666MSovCtLh6MLFRtzHWUeNFsTImeQ9RcvYk+eRulKd9KC4WFdWVfLtvtex4lgT+UVWMnFPU jOzt48rDjEskZMSjrGPOd76ZMhV0e0QDzk2/SFDNSGX2JsHgR4n8nAh0Jq6FssazH7VEXLvJ9J3v s3/lbBQP/SyfaQihb6HH1WvXZChbfT3UqBZtCnKCfj9vkoooXiFBBASvc4+eFCXdk2sHUFNDlEkY Zo+eyf/+nHwv8lUMmgllKnW8MJe5ji1cv5n/rfG3JYjALvz+ZCwXjx9gydq1aNfW8LIB6guhJAGs xoGzxWqGO2hiM8mXzYulopq4cAOYG8hswTxypjJkQS9oqCfoyU+EJV3CxsmWg1s38Y+JFQRGwa00 CTu/+JB7r55wV+cU1vMtWaLtxb0DIWQEfc7if3yE+psM9u3bj+n70JAr65oJxKxKgWooyaE2PabV mV4jVMqabX5igfs0Koj902S7jrALtfTSE4TQJu2R/f+uqFpmuTUXpmrlD/CYuIjBxopEvhLam5EM cvYUxSpOH/qUJ27D6e2oR52aNasHpBOZKDPIPBAQyvSZM2QWC0e+xr2XDVdO3sN/VXorFfQXryVM mjGffm3ruB+TjIurFYoalpgoxZBS44yf3zieP7jApeJKgoMjcWxjzrOrwfR3bHbmtXUfID5kPA03 sQ0twG7uXu9Pbwdps9KihQXr169vvrgN81n5Y1cKHFLldYeFph3avY1Ya6At/v3ujhbcuH6aGEMj 1N8UsPtZETPnL6ezx38Do/u/MEGawnveMvFx+uaH7Nf7kpxk6DjeiTU9jzJc0pdUpRtcvXIZQ30J +290IlVaQmfD7tS3VWHq8OE8+vU31PT16DpgEsZtVQm5v503RhWsPgpduliwd/9e0RtjgJ45hhbL myEWR9eLnRjTzLVi0tWpKuCmNJ8MB1nXTORbG+tSdCeMwspuuG8KFc/bi84bYqHaW3wK4WbxDwwU E2Obnz+z4q+xaMvhVl56TfRdYbW+cu4wRtaOjHDM5lG+Jse2CJ4ZweRWFLDu80+58TCeGQKIU0GJ hNhgElIKGDvWm9NhNxkoiebElfaYKVtiam3MtYAAxk+fTeC3n9JGYsSFqGx5WzvhtYRjxwVQoYQS aRzx392nTZs2IkJXeGikpYmayCZWbnh5aTBmoCUPUxXQtPxzNK6dR2th63Wf7GfitlXsm5TFyvMW XAiSWSbIQ0GTkZrzSJ9whKTsdHo4vofK/RKeJmZj2b4jXY1N0e/Zl8Ahw7l89TZqDcpY9Orbauj4 vzX+9gRpivf778Sz2xSelaTiYuqNnrJSq1VsuNt1AsJd0WijRPWbWsZNnoW1kaCc3JpOOnnmQE7G b6PkLzSbmkIA0q1ZY4H7JAsWewwVNWMj053ZpLyW1/r6rB12kgmzXbn42w1gAbv9/QkM2itHqS5a 1CxHKkSqpTELi1Tx2btfDjNpCsFBasyU2dTlp3ArMR1Hcw1xByqRFqOl38Dl5BI2bllNaWEZ9pa6 lBTW4tTJDduOtizv6CJOsOcv70OJtJykuMfiXCD44mH6jlzKRwO7kZmZyeR9q8mosOD9udvE7lRT h2rJhhXY/c5amepCTpwKICcrnotXHjF6mg9T3/vzk35LYeum8PDwEB2xLrT4PFqGm+s4pkfag0yy VxQwsxvenhpVDbzHeMoNfebNbfqB/xvxX0sQIUy1u4mPPwtrl0Gsdvn3fXA9jQ6s6nH6f/yaggVZ y/CwXsbVD5e1+t7EiRNb/fdfhZDIh4XH118TFRUl+g+Kz+nh8ac30V/FxIkzWn0tDOZahvD8gr9g y+eN8vD4w/f+ZajpM2eBr/j4/xPm5ub4+wstxD8PQ3MnJk78+6VB3+oEeZvC3d39b3/+//Rrvot3 CfIu3sVfxrsd5F28i7+IdwnyLt7FX8S7BHkX7+Iv4l2CvIt38RfxLkHexbvgX8f/A2WeN/0gdo+i AAAAAElFTkSuQmCC C6F0EF8C-5DD5-4438-B131-553348259F55 dataset Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst(503) 947-60004034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.gov 20250624 ArcGIS Metadata 1.0 Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst(503) 947-60004034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govFile Geodatabase10.2.2https://nrimp.dfw.state.or.us/DataClearinghouse/default.aspx?p=202&XMLname=44.xmlEnterprise Geodatabase Feature Class Oregon Fish Passage Barriers2020-05-28vector digital data<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>The Oregon Fish Passage Barrier Data Standard (OFPBDS) dataset contains barriers to fish passage in Oregon watercourses. Barriers include the following types of natural or artificial structures: bridges, cascades, culverts, dams, debris jams, fords, natural falls, tide gates, and weirs. The OFPBDS dataset does not include structures which are not associated with in-stream features (such as dikes, levees or berms). Barriers are structures which do, or potentially may, impede fish movement and migration. Barriers can be known to cause complete or partial blockage to fish passage, or they can be completely passable, or they may have an unknown passage status. This dataset complies with version 1.1 of the OFBPDS data standard. New optional attributes have been added to describe fish passage barrier feature modifications, to describe supplementary information (via a comments field) and also to linear reference the barrier features to the National Hydrography Dataset. The OFPBDS dataset now contains over 40,000 barrier features from 19 separate sources including: Oregon Department of Fish and Wildlife (ODFW), Oregon Department of Transportation (ODOT), Oregon Department of Water Resources (OWRD), Oregon Department of Forestry (ODF), Oregon Watershed Enhancement Board (OWEB), Oregon Department of Land Conservation and Development (DLCD) US Bureau of Land Management (BLM), US Forest Service, Nez Perce Tribe, Benton SWCD, Washington county, Lower Columbia River Estuary Partnership and watershed councils representing the Rogue, Umpqua, Siuslaw, Santiam, Calapooia, Clackamas and Scapoose basins. The Data Steward obtained fish passage barrier data from multiple data originators between 2008 and 2025, collaborated with them to develop inclusion / exclusion criteria and dataset specific crosswalks for converting data from its original data structure to the structure of the OFPBDS. The data were then converted into the OFPBDS format and analyzed for duplication with existing OFPBDS barrier features. Where duplicates were identified, depending upon the scenario, one feature was either chosen over the other or in some cases attributes from different sources are combined. Source information is retained for each feature. The data were then loaded into the OFPBDS database. Barrier features were linear referenced (Framework Hydro only which is outside of the standard) and the corresponding optional attribute elements were populated. The data conversion, duplication reconciliation and linear referencing protocols are documented in the Oregon Fish Passage Barrier Data Management Plan. A separate dataset containing fish passage barrier features that have been completely removed or replaced (e.g. dam removals and culvert replacements) is published simultaneously with the OFPBDS dataset. The OFPBDS database is the most comprehensive compilation of fish passage barrier information in Oregon however, it does NOT represent a complete and current record of every fish passage barrier within the state. Efforts to address deficiencies in data currency, completeness and accuracy are ongoing and are often limited by lack of sufficient resources. Attributes (including key attributes such as fish passage status) are often unknown or incomplete. Consistency in attribution also varies among data originators. Field verification of barrier features and their attributes will be an important component to making this dataset current, comprehensive and accurate. Fish passage status is a key attribute. Many barrier features have an unknown passage status. For other features, the passage status may have changed since it was originally documented. Note that this metadata file is best viewed in ArcCatalog. Documentation for the OFPBDS can be found online at http://www.oregon.gov/DAS/EISPD/GEO/docs/bioscience/OregonFishPassageBarrierDataStandardv1dot1.pdf.</SPAN></P></DIV></DIV></DIV>This dataset is ultimately intended to support the need for an accurate, current and complete representation of the fish passage barriers affecting fish migration throughout the state of Oregon. The OFPBDS database is the most comprehensive compilation of fish passage barrier information in Oregon however, it does NOT represent a complete and current record of every fish passage barrier within the state. Efforts to address deficiencies in data currency, completeness and accuracy are ongoing. The Oregon Fish Passage Barrier Data Standard (OFPBDS) provides a consistent and maintainable structure for both producers and users of fish passage barrier data.Barrier features originate primarily from the following agencies: Oregon Department of Fish and Wildlife (ODFW), Oregon Department of Transportation (ODOT), Oregon Department of Water Resources (OWRD), Oregon Department of Forestry (ODF), Oregon Watershed Enhancement Board (OWEB), Oregon Department of Land Conservation and Development (DLCD) US Bureau of Land Management (BLM), US Forest Service, Nez Perce Tribe, Benton SWCD, Washington county, Lower Columbia River Estuary Partnership and watershed councils representing the Rogue, Umpqua, Siuslaw, Santiam, Calapooia, Clackamas and Scapoose basins.Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst(503) 947-60004034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govOregon Metadata Keyword ThesaurusOregonOregon Metadata Keyword ThesaurusBioscience, Fish, Anadromous fish, Anadromous fish habitatISO 19115 Topic Categoriesbiotaenvironmentinland WatersBioscienceFishAnadromous fishAnadromous fish habitatbiotaenvironmentinlandWatersOregon<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Notification of any errors would be appreciated please email: Rebecca.L.Gottlieb@odfw.oregon.gov. The Oregon Department of Fish and Wildlife shall not be held liable for improper or incorrect use of the data described and/or contained herein. Oregon Department of Fish and Wildlife shall be acknowledged as data contributors to any reports or other products derived from these data. This spatial data layer was developed based on a variety of sources. Care was taken in the creation of this layer, but it is provided "as is." The Oregon Department of Fish and Wildlife cannot accept any responsibility for errors, omissions, or positional accuracy in the digital data or underlying records. There are no warranties, expressed or implied, including the warranty of merchantability or fitness for a particular purpose, accompanying any of these products.</SPAN></P></DIV></DIV></DIV>See access and use constraints information. Version 6.2 (Build 9200) ; Esri ArcGIS 10.6.0.8321true-124.778532-116.52136546.28886541.921351Barrier features described in this dataset are based on surveys and observations that have been made dating back at least to the 1970's, if not earlier. Data have been compiled and converted into the statewide standard format from 2008 to 2015.2008-01-012015-10-151-124.778532-116.52136546.28886541.921351update 2025David QuillinOregon Department Of Fish and WildlifeGIS CoordinatorDavid.X.Quillin@odfw.oregon.govDavid Quillin Barrier features in the Oregon Fish Passage Barrier Data Standard (OFPBDS) dataset contain the attributes which were provided by the data originators. When barrier data are converted into the OFPBDS format, attributes for certain fields (e.g. fish passage status - fpbFPasSta) become standardized. Among the source datasets, there is wide variation in the number and type of attributes, including those that relate to OFPBDS fields. Attribute values for particular fields are not always consistent among the originators. Many barrier records may contain information which does not reflect existing barrier conditions because feature conditions have changed since the last assessment or because more recent information has not yet been incorporated into the database. Many of the source datasets contain records collected years ago or records which are considered temporary (such as those ODOT features with a fpbOFtrID value beginning with "T"). Some features contain current and accurate attribution and others may not. In cases where attributes have been populated through automated data processing routines (e.g. linear referencing), quality assurance measures have been taken to identify and correct inaccurate assignment of attribute values. In order to improve the quality of the OFPBDS dataset over the coming months and years, field verification of fish passage barriers will be essential for improving the currency, completeness and accuracy of the data.2025-06-24T00:00:00The Oregon Fish Passage Barrier Data Standard (OFPBDS) database is not a comprehensive representation of fish passage barriers in Oregon. The OFPBDS contains barrier features from approximately 19 agencies / organizations that are listed in the abstract. The OFPBDS database may not contain all the barrier records from any one agency. Existing fish passage barrier data from most agencies / organizations in Oregon have been incorporated into the OFPBDS database. Data from the US Forest Service, Clackamas county and likely other sources will be incorporated into a future version of the dataset. Though the intent is to make the OFPBDS database comprehensive, current and accurate, the dataset remains a work in progress.Locational accuracy of barrier features varies. The fpbLocAccu attribute provides a measure for positional accuracy for a given record. Some of the barrier records are accurately mapped (within 40 feet), others are not (with features mapped beyond 40 feet of their true location, some possibly hundreds of feet away).Reconciled barrier features in the Oregon Fish Passage Barrier Data Standard (OFPBDS) with project information from the Oregon Watershed Restoration Inventory (OWRI) maintained by the Oregon Watershed Enhancement Board (OWEB). OWRI Reconciliation Process Use the most recent OWRI data. This geodatabase contains two feature classes: the full OWRI database and a subset feature class, fish_passage_projects, consisting of only the fish passage barrier improvement projects. The fish_passage_projects feature class constitutes records where the Project Type field = “fish passage” or “combined”; the Treatment field describes fish passage barrier modifications, replacement or removal, and Comment or Description fields mention fish passage, culverts, bridges, and/or dams. 1. Add the fish_passage_projects feature class to your MXD along with the OFPBDS version you are editing. 2. Do a Select by Location using the fish_passage_projects features and the OFPBDS features, within a distance of 150 meters. The selected OWRI points are now used for manual reconciliation. 3. Use the treatment field or TreatmentLUID field to divide the projects into three categories: Removed barriers, replaced barriers and modified barriers. Information regarding the projects is also available in the description and comment fields, and should be consulted if there is a question about what happened where. There may be cases where a barrier in your original data is the replaced or modified culvert that is recorded in the OWRI. 1. First, consider the date of the original data [fpbLocDt and fpbStaEvDt] in comparison to OWRI project dates [CompleteYear and CompleteMonth]. 2. Second, check the Fish Passage Status [fpbFPasSta]. A “Completely Passable” status in the original data would point toward a newer, possibly replaced or modified structure. 3. If it is determined that the original barrier feature and the OWRI feature are the same, only the fpbOrYr (if null) or fpbModDt (if applicable) fields would be populated from the OWRI record. Removed Barriers If the barrier was removed and not replaced, fill in the fpbRmvDt field in the OFPBDS data with the CompleteYear and CompleteMonth fields from OWRI. Following OFPBDS Business Rules: Data originators should populate these date elements as completely as possible. However, partial date information will be accepted. If the month and year are known, use zeros to populate the day portion of the date element. If only the year is known, use zeros to populate the month and day portion of the date element. If the date is unknown, use zeros to populate the entire element (e.g. 20011200, 20010000, 00000000). Replaced Barriers If the barrier was replaced with a new culvert, bridge, etc. there are two steps: Original OFPBDS feature is updated with the removed date, fpbRmvDt. A new feature is created for the new culvert, bridge, etc. and attribute data is copied and changed. 1. Select and Copy the original OFPBDS feature, and then Paste (Add) it to the appropriate feature class. You now have duplicate features. 2. Update the original record’s fpbRmvDt field: fpbRmvDt = CompleteYear and CompleteMonth fields per OWRI, following OFPBDS Business Rules, i.e., “20071000”. 3. Change attribute data for the new (copied) feature: a. fpbOFtrID and fpbOSiteID new features use the Site ID number (if available) or the OWEB Project Number if there is no SiteID number. If there is more than one feature for a Project, add a suffix, i.e., -A, -B for multiple features. b. fpbONm = “OWEB” c. fpbFPasSta = “Passable” d. fpbStaEvDt = CompleteYear and CompleteMonth fields per OWRI, following OFPBDS Business Rules. e. fpbStaEvMd = ”ByDesign” f. fpbOrYr = CompleteYear field per OWRI g. fpbFtrTy or fpbFtrNm if relevant, i.e. culvert replaced with bridge. h. Delete (make null) or update old information, copied from the original record, that is not related to the new feature, i.e. culvert subtype, height, length, width, slope, drop, and any other pertinent fields. i. Note: If you copied an OFPBDS feature that already has a fpbFtrID and fpbSiteID, these will need to be deleted (made null) and the Data Steward will assign new IDs. Modified Barriers If the barrier was modified, retrofitted, or improved in some manner, several fields in the OFPBDS records will be updated and the fields fpbModTy and/or fpbModDesc, in the version1_fields Table will be completed. 1. fpbModDt = CompleteYear and CompleteMonth field information from OWRI, following Business Rules for Dates. 2. fpbFPasSta = “Passable” Note: many modifications may only moderately improve passage; i.e., an upgrade from Blocked to Partial; so check OWRI comment fields or consider biologist verification if there is a question. 3. fpbStaEvDt = CompleteYear and CompleteMonth fields per OWRI, following Business Rules. 4. fpbStaEvMd = ”ByDesign” 5. fpbPasONm = “OWEB” 6. Populate the fbpModTy and/or fpbModDesc fields as appropriate: Baffles, StreamSim, Weirs, Other, Unknown. If “Other”, describe in the fpbModDes field. This might entail copying information from the OWRI comments or description fields. Issues with OWRI data - In cases where multiple passage barrier features were addressed as part of a single restoration project, especially where different types of features were addressed, it may be unclear which point represents which feature. - A large number of OWRI passage project locations have poor positional accuracy, in particular with records created with the StreamNet Event Mapper (~2005 or earlier). This issue hinders reconciliation with OFPBD, but it likely accounts for only a small percentage of the mismatches between OWRI and the current OFPBDS. OWRI records with a location confidence rating of “high” match up with OFPBD at the same rate (~15-20%) as those records with medium and low location confidence ratings. - All OWRI passage project records should be incorporated into OFPBD at a later date to maximize its comprehensiveness. There are numerous records in OWRI that are unlikely to be submitted to OFPBD by their ultimate originators because they fall on private industrial and private non-industrial forestlands. Incorporating OWRI records into OFPBD will update the database on passage problems already addressed. - Rules and assumptions for populating required attributes such as passage status (e.g. all OWRI passage projects now pass fish) will need to be developed when OWRI feature points are incorporated into the OFPBDS data.Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Oregon Department of Fish and Wildlife Aquatic Inventories Project (AIP) Habitat Unit data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The ODFW Aquatic Inventories Project Habitat Unit data exists in ArcInfo Coverages packaged as Arc interchange files (.e00), last updated in 2010. Downloaded interchange files were imported into coverages in ArcCatalog, and then converted to geodatabase feature classes. A process for deriving barrier feature points from the AIP Habitat Unit line features and a crosswalk between the AIP Habitat Unit line data and OFPBDS attributes and attribute values was developed. ODFW staff, who compile the AIP Habitat Unit data, was consulted regarding deriving features and the crosswalk. OFPBDS fields were then added to the AIP Habitat Unit barrier feature tables and attribute values were populated in the OFPBDS fields. AIP Habitat Unit barrier data was then analyzed for duplication with OFPBDS records. Where AIP Habitat Unit line feature derived barrier records were duplicates of OFPBDS features, the AIP Habitat Unit barrier features were not added to the OFPBDS geodatabase. Where there was a definitive match between features, absent attribute information was migrated from the AIP Habitat Unit record to the OFPBDS feature in order to retain it. ODFW is noted as the data source for those fields. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: feature type, stream name, road name, height, width and length. AIP Habitat Unit barrier features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and an AIP Habitat Unit barrier feature, updates were made to pertinent fields. In February 2011, the AIP Habitat Unit barrier data were loaded into the OFPBDS enterprise geodatabase. Specific notes regarding the AIP Habitat Unit barrier feature data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * The AIP Habitat Unit feature class is attributed line features for surveyed watercourses within the state. The geodatabase table contains a Unit Type field that identifies culvert crossings, artificial step structures and natural bedrock step features, i.e. waterfalls, along with a unique identifier field (HABUNT). To derive point barrier features, ODFW selected records with a Unit Type field value equal to these unit types [culvert crossings, steps created by structures, natural bedrock steps greater than 2 meters]. The Comment Code and Note fields also identified features such as dams, fish ladders and road fords. Points were generated from the selected record lines with the Feature Vertices to Points script/toolbox for line segments, using the start point of the line. Line attributes transferred to the point. *Fish passage status evaluations are based on coarse passage criteria relative to the feature type. For culverts, a drop or perch height over 0.5 feet = Partial; if the drop is equal to or greater than one foot, then a two foot or greater unit depth is needed immediately downstream (jump pool). If the downstream unit depth is equal to or greater than two feet, then the Fish Passage Status remains as "Partial". If the downstream unit depth is less than two feet, the Fish Passage Status = Blocked. If the slope of a culvert > 5% = Partial; if the drop > 3.2 feet = Blocked . For dams and other artificial step structures - if the Height > 0.5 foot = Partial; Height > 6.6 feet = Blocked; If the height is equal to or greater than one foot, then a two foot or greater unit depth is needed immediately downstream (jump pool). If the downstream unit depth is equal to or greater than two feet, then the Fish Passage Status remains as "Partial". If the downstream unit depth is less than two feet, the Fish Passage Status = Blocked. For natural features if the height is over 16 feet = Blocked. If the height is less than 16 feet = Unknown; if the slope is greater than or equal to 16 % over a distance of 200 meters = Blocked. Passage status for some barriers is unknown at this time. Consequently, some of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. * Project survey dates range from 1990 to 2009. Where data was seasonal, winter data was not used. * AIP Habitat Unit data exists on hydrographic line work generally at a scale of 1:100,000. Where there is a stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. AIP Habitat Unit data is available online: http://oregonstate.edu/dept/ODFW/freshwater/inventory/habitgis.htmlJon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usReconciled barrier features duplicated in the Oregon Fish Passage Barrier Data Standard (OFPBDS) geodatabase. Duplication Analysis Phase The Duplication Analysis phase consists of a set of procedures to determine if duplication exists between the targeted data and the OFPBDS. The Duplication Analysis occurs after the crosswalk methodology is approved, and the data is converted accordingly. Proximity is the most effective indicator in determining duplication, followed by a thorough, manual quality assurance review by GIS Analyst that considers attribute values and other factors such as data currency and completeness of the source datasets. The Duplication Analysis processing steps are as follows: 1) Build a Workstation (MXD): Using ArcMap, create a MXD (Map document) to house all of the data necessary to perform the Duplication Analysis. A group of datasets are required for the proximity analysis (model), and manual analysis (basemap data). a) Model Datasets: The three datasets required to run the duplication analysis model include: (1) Targeted Barriers, (2) OFPBDS, and a (3) Study Area. The targeted barriers are barriers of interest scheduled to be added to the standard, and the OFPBDS is the most recent updated version of the standard. The Study area is a polygon file that completely surrounds the targeted barriers, and can either be generated from hydrologic unit codes, or any boundary data that encompasses all targeted barriers. It is recommended to make addition modifications to the study area to tightly encompass the targeted barriers. b) Manual Datasets: The datasets instrumental in the manual analysis include: Streams (complete watercourse layer), roads (combination of BLM highways and roads), Image Web Server (Oregon Explorer), ESRI Topography (ESRI Map Server), ESRI Imagery World 2D (ESRI Map Server). These basemap datasets assist in determining apparent or ‘potential’ barrier locations. For instance, the barriers of concern for these efforts are on fish bearing streams, and in most cases, at the intersections of roads and streams. The two sets of satellite imagery shares a number of aerial indicators including: roads, streams, drainages, pools, linear vegetation indicating streams, infrastructure, and even the barriers themselves. The Topography layer helps identify slope, aspect, drainages, infrastructure, streams, roads and elevation. All together, these datasets present a strong representation of where barriers are ‘most likely’ located. 2) Run the Model: The Duplication Analysis Model (DAM) is designed to assist in the identification of duplication between barriers scheduled for integration in to the OFPBDS, and barriers that already exist in the OFPBDS. The primary goal of DAM is to distinguish between unlikely and potential duplicates in the Targeted Barriers. The unlikely duplicate barriers will be directly integrated in to the OFPBDS; where as the potential duplicates will require further investigation and analysis. a) DAM Parameters: There are three model parameters necessary to execute DAM indicated by a blue oval. These parameters include the Targeted Barriers, the OFPBDS dataset, and the custom Study Area. b) Model Assumptions / Limitations: The DAM does pose some limitations and assumptions that need to be addressed. 1) Assumption 1: DAM classifies duplicates automatically as a standalone tool. DAM is not the sole tool to identify duplication; its intention is to assist the GIS Analyst in the Duplication Analysis Process by providing a platform for further analysis with enhanced capabilities (filtered datasets, UIDs, relationship and connectivity potential, and distance measurements). 2) Assumption 2: The datasets (OFPBDS & Target Barriers) are geographically accurate. There may be unique instances where barrier features are not accurate, resulting in a false duplicate, or no duplicate at all. The Analyst Duplication Assessment will legitimize these features based upon attribute comparison, if their identified as a duplicate feature. 3) Assumption 3: The closest feature from the Target Barrier is a duplicate. In some cases, there is a duplicate, while in others there may not be. If there is a duplicate, it’s not always the closest barrier. The Model was designed to accommodate this situation, by clipping all features within 150 meters of the features as a base to run the Near Analysis. The Analyst Duplication Assessment would pick up these instances based on attribute comparison, geospatial patterns, and remote sensing using the available base map data. 4) Limitation 1: Horizontal accuracy of a feature needs to be taken in to account when comparing potential duplicates. For instance, the location accuracy of a feature may be outside of the established potential duplication range of 150 meters. 5) Limitation 2: Potential duplication is derived entirely geospatially using proximity. It does not account for similar or disparate descriptive attribute data to determine potential duplication. c) DAM Operations: There are four geospatial operations within DAM indicated by yellow boxes. First, DAM clips the OFPBDS features to the Study Area (clip). This provides a comprehensive OFPBDS copy to examine in future analysis. Next, DAM designates a 150 meter buffer around the Target Barriers (buffer), and clips the OFPBDS barriers to this buffer layer (clip 2), which results in an OFPBDS_Clipped dataset with only OFPBDS features within 150 meters of the Target Barriers. Finally, DAM performs an analysis on the Target_Barriers by calculating their distance from the closest OFPBDS_Improve barriers (near), and its corresponding ObjectID. The distance and ObjectID are added to two fields in the Target_Barriers. Note* The OFPBDS_Clipped dataset’s name will change to OFPBDS_Improve. This dataset will be used to improve duplicate features which reside in the OFPBDS if more comprehensive or accurate data is available. d) DAM Results: Two significant datasets are produced by DAM that requires further investigation. One is the OFPBDS_Improve, and the second is a revised Target_Barriers. Again, the OFPBDS_Improve dataset are OFPBDS features within 150 meters of the Target_Barriers. The OFPBDS_Improve is a direct result of the second clip operation in DAM. The revised Target_Barriers is the original Target_Barriers layer, although has two new fields added in the attribute table; one is named NEAR_FID, and the other NEAR_DIST. The NEAR_FID houses the ObjectID of the corresponding feature in the OFPBDS. Potentially, the tables can now be internally linked using the Object_ID field in OFPBDS_Improve, and the NEAR_FID field in the Target Barriers. This link may support relationship classes, joins, and several relate functions which can be applied for further evaluation in the manual analyst review. The OFPBDS_Improve dataset will be set aside for further analysis in the manual review. The Target_Barrier dataset can be delineated in to two subtypes. Features inside the 150 meter buffer will be extracted to a subsequent dataset called Potential_Duplicates. Features outside of the buffers range are extracted to a Barrier Final dataset, and set to be integrated to the OFPBDS. 3) Analyst Duplication Assessment: The Analyst Duplication Assessment is designed to physically sift through the Potential Barriers manually and compare their attributes to that of the OFPBDS_Improve. During this stage, it’s imperative to utilize professional judgment, while at all times protecting the integrity of the OFPBDS. The initial approach is to compare these datasets by their proximity to one another, and their descriptive barrier attributes. The Potential_Duplicates dataset is the primary dataset for evaluation in this assessment. a) Data Preparation: Using the workstation set forth in the first process, three main barrier datasets need to be added, and one created. These include the OFPBDS_Improve, Barriers_Final, and Potential_Duplication. An additional empty dataset called Questionable_Duplicates is also needed to house questionable barriers. b) Analyze Barriers: Two primary barrier datasets are necessary at this stage to identify duplication. They include the Apparent_Duplicates and OFPBDS_Improve datasets. By comparing these datasets by their proximity to one another, surrounding infrastructure, topography, vegetation, barrier measurements, hydrology, landscape, road/stream intersections, and remote sensing, a GIS Analyst can determine with a fair amount of certainty whether duplication exists. A document entitled, “Reconciling Duplicated barrier Features among Data Sources in the Oregon Fish Passage Barrier Data Standard” provides some assistance in this process. c) Decision Results: Three actions result from this process, which all derive from the Potential_Duplicates dataset. 1. Duplication is Determined = Data is placed in an Apparent_Duplicate dataset, and set aside for further analysis when comparing the datasets already established in the OFPBDS (OFPBDS_Improve). Refer to the section d of this process. 2. Duplication is Questionable = Record is cut and pasted to the Questionable_Duplicate dataset. (Corresponding Record is removed from OFPBDS_Improve) The Questionable_Duplicate dataset is provided back to their origin source for further analysis. 3. Barrier is Unique = Record is cut and pasted to the Target_Finals. (Corresponding Record is removed from OFPBDS_Improve) The Target_Finals are integrated to the OFPBDS directly upon completion. d) Update OFPBDS: The approach is to improve upon existing data residing in the OFPBDS. If duplication has been determined through the Apparent_Duplicate dataset, the attributes are compared to their corresponding barrier in the OFPBDS. If data is superior in the Apparent_Duplicates dataset, then the corresponding OFPBDS_Improve data is improved with the enhanced data. For example, if data is missing in the OFPBDS, and present from the Target barriers, the attributes in the Target Barriers are integrated to the OFPBDS. In addition, if data has been updated, such as the fish passage status (fpbFPasSta) from a previous assessment, the more current attribute data is utilized.Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Rogue Basin Fish Access Team (RBFAT) data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The RBFAT data exists in an Excel spreadsheet and an Access database, last updated in 2005. Spatial coordinates for RBFAT barrier features were not available, with the exception of the Bear Creek Watershed. RBFAT data for the Bear Creek Watershed exists in a point feature class shapefile. RBFAT features with no spatial coordinates were manually located on DRGs or imagery and digitized, referring to legal coordinates, river miles, and ownership in the spreadsheet and database, and Oregon Water Resources Point of Diversion database and Decree map information. A conversion outline, or crosswalk, between RBFAT and OFPBDS attributes and attribute values was developed. RBFAT members who compiled the data were consulted regarding the crosswalk. OFPBDS fields were added to the Bear Creek Watershed geodatabase and attribute values were populated in the OFPBDS fields. Bear Creek Watershed records were then loaded into the RBFAT geodatabase. The RBFAT geodatabase and RBFAT Access tables were joined on the BarrierID field and attribute values were populated in the OFPBDS fields. RBFAT data was then analyzed for duplication with OFPBDS records. Where RBFAT features were duplicates of OFPBDS features, the RBFAT features were not added to the OFPBDS geodatabase. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, culvert type, width and length. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Where there was a definitive match between a RBFAT feature and an OFPBDS feature, missing attribute information was merged from the RBFAT record to the OFPBDS record in order to retain it. RBFAT is noted as the data source for those fields. RBFAT barrier features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and a RBFAT feature, updates were made to pertinent fields. The RBFAT data were exported in October 2010 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the RBFAT data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. RBFAT fish passage barrier data is available online: http://www.restoretherogue.org/docs/rbfat_barrier_prioritization92703.xlsJon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted from the Umpqua Basin Fish Access Team (UBFAT) fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by UBFAT, as well as a document entitled "Umpqua Basin Fish Access Team (UBFAT) Basin Plan." The overall process for incorporating the UBFAT data into the fish passage barrier data standard was as follows: 1. Obtain UBFAT data. 2. Develop a crosswalk between UBFAT and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to UBFAT (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, UBFAT were consulted. The Steward worked with the UBFAT data "as is". In other words, the Steward did not attempt to review, edit or 'correct' UBFAT records, locations or attributes. The goal was to get as much information into the standard as possible. Most UBFAT barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting UBFAT data into the OFPBDS, a series of determinations, assumptions and decisions were made. A UBFAT - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. A duplication process was performed as the final stage of analysis and documented within the UBFAT crosswalk to determine what, if any UBFAT barriers were duplicates of pre-existing OFPBDS barriers. Using a duplication analysis model to identify potential duplicates within 150 meters, 838 of the 2242 barriers were classified as potential duplicates. Out of the 838 potential duplicates, 650 were apparent duplicates, while the remaining 188 were questionable. The 650 apparent duplicate barriers were then used to update or improve missing or erroneous data in the corresponding OFPBDS features. The entire integration process using UBFAT's fish passage barrier information resulted in 369 bridges, 1,211 culverts, 1 dams, and 11 waterfalls. The total of fish passage barrier features imported to the OFPBDS from UBFAT is 1,592 features.Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Siuslaw Watershed Council culvert inventory data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Siuslaw Watershed Council culvert data exists in a point feature class shapefile, last updated in 2006. A conversion outline, or crosswalk, between Siuslaw Watershed Council and OFPBDS attributes and attribute values was developed. Siuslaw Watershed Council members who compiled the data were consulted regarding the crosswalk. U.S. Forest Service records in the Siuslaw Watershed Council data were excluded, pending receipt and review of statewide Forest Service data. OFPBDS fields were then added to the Siuslaw database and attribute values for all the point features were populated in the OFPBDS fields. The Siuslaw Watershed Council data was then analyzed for duplication with the OFPBDS (version 1) records. Duplicate features were not added to the OFPBDS. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS (version 1) feature location were considered new features and added. Features within 150 meters of OFPBDS (version 1) features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, culvert type, width and length. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Where there was a definitive match between a Siuslaw Watershed Council feature and an OFPBDS (version 1) culvert feature, missing attribute information was merged from the Siuslaw Watershed Council record to the OFPBDS record in order to retain it. Siuslaw Watershed Council is noted as the data source for those fields. Siuslaw Watershed Council features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and a Siuslaw Watershed Council feature, updates were made to pertinent fields. The Siuslaw Watershed Council data were exported in September 2010 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the Siuslaw Watershed Council data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. *The passage status for many of the culverts is unknown at this time. Consequently, some of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. *The Siuslaw Watershed Council data includes features located by field surveys conducted for the Council, as well as records garnered from multiple agencies, including the U.S. Forest Service and Bureau of Land Management, the Oregon Department of Transportation and Watershed Enhancement Board, and Lane County. *Where there was a definitive match between an OFPBDS (version 1) and Siuslaw Watershed Council features, additional attribute information was merged from the Siuslaw Watershed Council record to the OFPBDS record in order to retain it. Siuslaw Watershed Council is noted as the data source for those fields. * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. Siuslaw Watershed Council information is available online at http://www.siuslaw.org/Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Oregon Department of Forestry - Oregon Department of Fish and Wildlife (ODF-ODFW) Fish Presence barrier data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. ODF-ODFW Fish Presence barrier data consists of two data sets: attributed line features in an ODF Fish Presence geodatabase, last updated in June, 2010, and an Access database of culvert specifics, with location coordinates, taken from ODF-ODFW Fish Presence survey forms, compiled in 2000-2001 by the Oregon Department of Fish and Wildlife. A process for deriving barrier feature points from the ODF line features and a conversion outline, or crosswalk, between the Fish Presence line data, Fish Presence culvert database, and OFPBDS attributes and attribute values was developed. ODF and ODFW staff who compiled the Fish Presence data was consulted regarding the crosswalk. OFPBDS fields were then added to the ODF-ODFW Fish Presence barrier feature tables and attribute values were populated in the OFPBDS fields. ODF-ODFW Fish Presence barrier data was then analyzed for duplication between the two data sets and with OFPBDS records. Where ODF Fish Presence line feature derived barrier records were duplicates of Fish Presence culvert survey features, the line feature derived barrier was deleted. Where ODF-ODFW Fish Presence barrier features were duplicates of OFPBDS features, the ODF-ODFW Fish Presence barrier features were not added to the OFPBDS geodatabase. Where there was a definitive match between features, absent attribute information was migrated from the ODF-ODFW record to the OFPBDS feature in order to retain it. ODF-ODFW is noted as the data source for those fields. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, culvert type, width and length. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. ODF-ODFW Fish Presence barrier features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and an ODF-ODFW Fish Presence barrier feature, updates were made to pertinent fields. In October 2010, the ODF-ODFW Fish Presence barrier data were loaded into the OFPBDS enterprise geodatabase. Specific notes regarding the ODF-ODFW Fish Presence barrier feature data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * The ODF Fish Presence feature class is attributed line features for watercourses within the state. The table contains a Barrier field to identify stream segments impacted by the presence of a fish barrier. To derive point features, ODFW selected records with a Barrier field value other than null or "None." Points were generated from the selected record lines [Barrier field value other than null or none] with the Feature Vertices to Points script/toolbox for line segments. Line segments above a barrier feature all carry the same barrier attribute; therefore upstream vertices need to be discarded. Arc direction varied in the feature class, so vertices (points) were checked manually against Fish Presence line work to identify the downstream terminus or point between stream segments with a barrier value other than null or none and segments with a none or null value. Line attributes transferred to the point. * ODF-ODFW Fish Presence survey data sources are varied, but are primarily Oregon Department of Forestry, Oregon Department of Fish and Wildlife, Federal land management agencies, private forest land owners, and private forestry consultants. Fish passage status evaluations are based on the ODF/ODFW Fish Presence Survey protocol described in Surveying Forest Streams for Fish Use. *Passage status for some barriers is unknown at this time. Consequently, some of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. * ODF Fish Presence data exists on hydrographic line work from several sources, including manually digitized watercourses. Where there is a stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. ODF Fish Presence data is available online: http://www.oregon.gov/ODF/GIS/fishpresence.shtmlJon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted US Bureau of Land Management (BLM) data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Data from six BLM districts in western Oregon were incorporated: Coos Bay, Eugene, Lakeview, Medford, Roseburg, Salem. Eleven BLM datasets were separately added into the OFPBDS geodatabase. BLM data were initially provided to the Data Steward October 2008, the geographic extents of which were typically entire BLM districts or individual resource areas. Subsequently (January - May 2009), the Data Steward obtained data from several BLM districts/resource areas, and this information was used instead of the original files. BLM data were provided in a variety of formats: GIS (shapefiles, geodatabases) and non-GIS (Access databases, Excel spreadsheets, Word documents). Tabular data (non-GIS) included both records with spatial coordinates and records without coordinates. Across BLM, there was a good level of consistency in the datasets, in terms of attributes and point collection. But, there were also substantial differences among the records, requiring that each dataset incorporated into the OFPBDS be handled individually. Not all barrier data provided to the Data Steward made it into the OFPBDS. There are three reasons for this: (a) The records are features, like cross drains (i.e., culverts not on streams), which are not on road-stream crossings. (b) The barriers are road-stream crossings not considered to be fish-bearing. (c) The datasets were provided in a non-GIS format and did not contain spatial coordinates, so the tabular information was not converted into GIS given the time constraints of the project. The overall process for incorporating BLM data into the fish passage barrier data standard was as follows: 1. Obtain BLM data. 2. Develop a crosswalk between BLM and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to BLM (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, BLM state and district staff were consulted. The Steward worked with the BLM data "as is". In other words, the Steward did not attempt to review, edit or 'correct' BLM records, locations or attributes. The goal was to get as much information into the standard as possible. Most BLM barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting BLM data into the OFPBDS, a series of determinations, assumptions and decisions were made. A BLM - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. In order to standardize the data, crosswalks of each BLM dataset were developed to ensure that attributes and attribute values were properly matched. The crosswalk details how barriers were converted into the OFPBDS format. Two issues highlight the difficulty in integrating the data: unique identifiers (IDs); standardizing attribute values for fish passage status. There were several problems related to BLM records containing unique originator identifiers (IDs): a. There was not a consistent, unique identifier for barrier records among BLM districts and resource areas. b. Some BLM datasets did not contain any ID at all. c. Some BLM datasets contained records with duplicated IDs. To address these problems, the Steward developed a system whereby a prefix (e.g., "BLMMed" for BLM - Medford District) was added to the ID provided by BLM, or if there was no unqiue ID, the ID was modified or generated by the Steward. As for fish passage status, the OFPBDS considers barriers to be Blocked (not passable), Partial (partially passable), Passable, or Unknown. Where passage status was indicated, BLM data utilized several criteria/definitions: a. professional judgment, b. culvert design criteria, c. coarse screen filter (Green, Grey, Red). Crosswalking passage status can be less than exact (e.g where a coarse screen filter result = Red that could either equate to a partial or completely blocked culvert. In version 3 of the OFPBDS published dataset, BLM data based on a coarse screen filter result of red have been reclassified with a passage status of "partial" with the exception of culverts with drops > 3.2 feet which had a passage status of "blocked" maintained. Specific notes regarding the BLM data (for all source datasets): * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * Most BLM datasets included BLM and non-BLM 'culverts', especially private barriers. * Values for road name (fpbRdNm) were provided by BLM, and tended to reflect BLM's internal road IDs. * Values for stream name (fpbStrNm) were provided by BLM; the source of the stream name varies. Specific notes regarding the BLM data (for one - or more - source datasets): * For fish passage status (fpbFPasSta), some BLM datasets utilized a BLM coarse filter to assess passage status while other BLM datasets utilized culvert design specifications ('Fish Pass'). The following represents how these attribute values were crosswalked to the OFPBDS values: BLM Coarse Filter OFPBDS Green Passable Grey Unknown Red Blocked BLM 'Fish Pass' OFPBDS Yes Passable No BlockedJon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Washington County fish passage assessment culvert data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The Washington County culvert data exists in an Excel spreadsheet, last updated in 2006 for the Dairy Creek watershed and in 2008 for the Gales Creek Watershed. A conversion outline, or crosswalk, between Washington County and OFPBDS attributes and attribute values was developed. Washington County staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the Washington County records and attribute values for all barrier features were populated in the OFPBDS fields. Washington County data was then analyzed for duplication with the OFPBDS records. Where Washington County fish barrier features were duplicates of OFPBDS features, the Washington County fish barrier feature replaced the OFPBDS feature. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS (version 1) features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, culvert type, width and length. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Washington County barrier features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and a Washington County feature, updates were made to pertinent fields. The Washington County data were exported in October 2010 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the Washington County fish passage culvert data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * Culverts smaller than 15 inches in diameter were excluded from the Washington County fish passage assessment as were culverts carrying streams with gradients over 15%. * The culvert survey measured four surrogate indicators to determine a culvert's ability to pass fish: culvert gradient, stream bankfull width, inlet blockage, and outlet perch. The survey method selected was based on the BLM's Fish Passage Through Road Crossing Assessment. Barrier severity determination was based on the BLM Coarse Screen Filter Version 2.2 The filter identifies a culvert's barrier level based on the requirements of juvenile salmonids. *Passage status for a number of culverts was undetermined at the time data were integrated. These culverts require additional analysis that Washington County intends to undertake, to determine their fish passage status. Consequently, these barriers may completely or partially pass most if not all the species and life stages that have a need to migrate through the affected stream reach. * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. The Diary Creek Watershed Study is available online: http://www.co.washington.or.us/LUT/Divisions/Operations/upload/fishpr07.pdfJon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Wallowa County BPA/Nez Perce fish barrier inventory data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Wallowa County BPA/Nez Perce fish barrier data exists in an Excel spreadsheet, last updated in 2007. A conversion outline, or crosswalk, between Wallowa County BPA/Nez Perce and OFPBDS attributes and attribute values was developed. Wallowa County BPA/Nez Perce staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the Wallowa County BPA/Nez Perce fish barrier database and attribute values for all the point features were populated in the OFPBDS fields. The Wallowa County BPA/Nez Perce fish barrier data was then analyzed for duplication with the OFPBDS (version 1) records. Where Wallowa County BPA/Nez Perce fish barrier features were duplicates of OFPBDS (version 1) features, the Wallowa County BPA/Nez Perce fish barrier feature replaced the OFPBDS (version 1) feature. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS (version 1) feature location were considered new features and added. Features within 150 meters of OFPBDS (version 1) features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, feature type and subtype. Wallowa County BPA/Nez Perce fish barrier features were also analyzed for duplication with the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). Where a match could be made between an OWRI record and a Wallowa County BPA/Nez Perce fish barrier feature, updates were made to pertinent fields. The Wallowa County BPA/Nez Perce fish barrier data were exported in September 2010 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the Wallowa County BPA/Nez Perce fish barrier data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. *The Wallowa County BPA/Nez Perce fish barrier inventory used a U.S. Forest Service/BLM Full Assessment protocol, which includes both barrier and hydraulic analysis, to evaluate fish passage status. This protocol may result in a high number of passage status evaluations = blocked. For information on the protocol, refer to Explanations and Instructions for Passage Through Road/Stream Crossings Inventory Form (Jacobson 2003) and Region 1 Fish Passage Evaluation Criteria (Jacobson 2003). * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. Wallowa County BPA/Nez Perce fish barrier features information is available online at BPA Streamnet Data Store (BPA Project No. 2002-073-00).Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Lower Columbia River Estuary Partnership (LCREP) fish passage barrier data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. LCREP inventoried fish passage barriers in the lower Columbia River and estuary. LCREP data exists in an ArcGIS geodatabase and feature class, last updated in 2011. A conversion outline, or crosswalk, between LCREP data and OFPBDS attributes and attribute values was developed. LCREP and Oregon Department of Land Conservation and Development staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the LCREP records and attribute values for all barrier features were populated in the OFPBDS fields. LCREP data was then analyzed for duplication with the OFPBDS records. Where LCREP features were duplicates of OFPBDS features, new or updated attribute data were transferred to the OFPBDS record. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, tide gate specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. The LCREP data were exported in December 2014 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the LCREP data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * LCREP features were found through state and local inventories and local expert knowledge, but mapped using LiDAR derived products. *Passage status for many features was undetermined at the time data were integrated. These features require additional analysis to determine their fish passage status. Consequently, they may completely or partially pass most if not all the species and life stages that have a need to migrate through the affected stream reach. * Where there was a definitive match between an LCREP feature record with fish passage status and an OFPBDS feature with unknown fish passage status, that attribute information was merged from the OFPBDS record. LCREP is noted as the data source for those fields (fpbFPasONm). Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usOregon Dept. of TransporationOregon Watershed Enhancement Board (OWEB) - Oregon Watershed Restoration InventoryOregon Water Resources Department Dam Inventory DataOregon Dept. of Fish and Wildlife - Aquatic Inventory Project Habitat Unit Level Survey DataBenton CountyCalapooia Watershed CouncilClackamas River Basin CouncilScappoose Bay Watershed CouncilSantiam Watershed CouncilRogue Basin Fish Access Team (RBFAT)Umpqua Basin Fish Access Team (UBFAT)Siuslaw Watershed CouncilOregon Dept. of ForestryUS Bureau of Land ManagementWashington CountyNez Perce TribeOregon Dept. of Fish and Wildlife - Including StreamNet Barrier Database with state and county culvertsUS Forest ServiceOregon Department of Fish and Wildlife - Western Oregon Rearing ProjectOregon Dept. of Land Conservation and DevelopmentLower Columbia River Estuary PartnershipIntegrating Barriers Proposed by ODFW Staff into the OFPBDS: ODFW biologists and other ODFW experts submitted 57 requests to add, remove, move, or edit barriers in the OFPBDS through an internal editing application. This process was used to incorporate those changes into the OFPBDS, resulting in 34 new records added and 13 existing records edited. Data integration was conducted from February - March, 2025. The overall process was as follows: 1. Data Acquisition: Data were obtained from an internal OFPBDS editing application where ODFW staff submitted the requested changes. 2. Location Verification: Data accuracy was verified by cross-referencing with imagery, LiDAR, stream data, road data, and the existing OFPBDS. In cases of location questions or concerns, the data providers were contacted. 3. Duplication Analysis: Cross-referenced the data with the existing OFPBDS, imagery, LiDAR, stream data, and road data to identify duplicate points. In most cases, duplicate points were identified as edits needed to existing barriers in the OFPBDS. 4. Determination of Edit Type: The type of edit (e.g., edit to existing barrier entry, new barrier addition, barrier removal, or barrier relocation) was determined for each proposed point based on location verification, duplication analysis, and additional information provided by the data providers. During this step, it was determined that about 16 of the original entries should not be included in the update. 5. Appending new barriers: Appended the ODFW-proposed barriers to the OFPBDS. 6. Attribute Completion: Additional attributes were filled out according to the OFPBDS business rules and guidelines outlined in the OFPBDS Data Management Plan. 7. Edits to Existing Barriers: For existing barriers in the OFPBDS that needed edits, including those marked for removal, the necessary fields to be updated were identified, QA-ed, and updated manually. 8. ID Assignment: Assigned fpbFtrIDs, fpbOFtrIDs, fpbSiteIDs, and fpbOSiteIDs to new points. 9. Quality Assurance (QA): The data underwent several QA checks to ensure quality. This included running a Python script to verify domain adherence, check coordinates, analyze frequencies, identify accidental 0 values for dimensions/measurements, assess proximity to streams, and other relevant checks. Converted Oregon Department of Fish and Wildlife (ODFW) fish passage barrier data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Metadata for ODFW barrier data states the following: This dataset contains barriers to fish passage that are known to affect and potentially affect anadromous and/or resident fish migration within the state of Oregon. The following barrier types are included: dams, culverts, falls, cascade/gradient/velocity, hatchery facility-related, tide gates, debris jams, water diversions, insufficient flow, fords, bridges and weirs. The passage status attribute describes whether a barrier feature blocks passage (complete or partial blockage), is passable or has an unknown passage status. The passage status attribute, in some cases, may not reflect the current passage status of the barrier (for culverts in particular) as conditions may have changed since the date the passage status was last evaluated. The passage status for many of the barriers is unknown due to potential effects on species and/or life stages where little information exists at this time. Consequently, many of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. The dataset includes the ODFW - ODOT jointly developed "Assessment of Road Culverts for Fish Passage Problems on State and County Owned Roads" (1999). ODFW barrier data exist in an enterprise geodatabase consisting of multiple tables and one point feature class. The data were exported in June 2009 into a replica copy of the enterprise geodatabase where the records were manipulated. OFPBDS fields were added to the database. A crosswalk between ODFW and OFPBDS attributes and attribute values was developed. Once the crosswalk was completed, attribute values for all the point features were populated in the OFPBDS fields. The point features and attributes were then loaded into the OFPBDS geodatabase. A number of ODFW staff were consulted for the crosswalk. Agency staff were also involved in the standardization process. Specific notes regarding the ODFW data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * For the multiple features attribute (fpbMltFtr), those records with a "yes" are features which occur at multiple-feature sites AND the features are part of multiple-feature sites which have the multiple features in the OFPBDS database. The fpbMltFtr attribute was not used to indicate features belonging to multiple-feature sites unless records for the features were actually in the database. * ODFW data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. The stream identifier (fpbStrID), stream measure (fpbStrMeas) and stream name (fpbStrNm) are dervied from the framework hydrography. * Values for road name (fpbRdNm) are what was originally inputted for the ODFW data; the source of the name varies. * A value of 0 for slope (fpbSlope) is presumed to indicate a flat plane. * A value of 0 for drop (fpbDrop) is presumed to indicate no drop. ODFW barrier data are published online at http://nrimp.dfw.state.or.us/nrimp/default.aspx?pn=fishbarrierdata.2009-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Oregon Department of Transportation (ODOT) culvert data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Culvert data from ODOT's Drainage Facility Management System (DFMS) were exported into XML format and provided to the Data Steward in August 2009. The data were converted into a feature class based upon the spatial coordinates of the records and added into a geodatabase where the records were manipulated. A methodology was developed to identify which of the ODOT culvert records were culverts at stream crossings. OFPBDS fields were added to the database. A crosswalk between ODOT and OFPBDS attributes and attribute values was developed. Once the crosswalk was completed, attribute values for the selected point features were populated in the OFPBDS fields. The point features and attributes were then loaded into the OFPBDS geodatabase. Several ODOT staff were consulted for the crosswalk and the record selection methodology. Specific notes regarding the ODOT data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * Features with a originator feature identifier (fpbOFtrID) beginning with "T" are temporary records and are (eventually) replaced. * Some culverts exist at multiple-feature sites. Since ODOT provided only one record per site for multiple-feature sites, the Data Steward added culvert records for these additional features. * For the multiple features attribute (fpbMltFtr), those records with a "yes" are features which occur at multiple-feature sites AND the features are part of multiple-feature sites which have the multiple features in the OFPBDS database. The fpbMltFtr attribute was not used to indicate features belonging to multiple-feature sites unless records for the features were actually in the database. Fish passage status (fpbFPasSta) for ODOT records has been assigned by ODFW using the following criteria: - where culvert drop > 1 foot and < 3.2 feet, passage status was assigned as "partial" - where culvert drop > 3.2 feet, passage status was assigned as "blocked" Fish passage status for ODOT culverts is a determination made by ODFW staff; ODOT defers to ODFW for evaluating passage status. * Values for stream name (fpbStrNm) were provided by ODOT; the source of the stream name varies. * For the road identifier (fpbRdID) and road measure (fpbRdMeas) attributes, ODOT's Highway and Milepoint attributes were used. Note that these two attributes alone are not enough to identify ODOT road features and their locations - other road attributes are needed as well. Note also that ODOT has more than one type of mileage (example: Milepoint 45 is not the same as Milepoint Z 45). fpbRdMeas is the road route measure in kilometers -- units in Milepoint were converted from miles. * A value of 0 for drop (fpbDrop) is presumed to indicate no drop2009-08-03Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usData was converted from the Calapooia Watershed Council (CWC) fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by CWC, as well as a document entitled "Calapooia Watershed Fish Passage Assessment." The overall process for incorporating the CWC data into the fish passage barrier data standard was as follows: 1. Obtain CWC data. 2. Develop a crosswalk between CWC and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to CWC (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, CWC was consulted. The Steward worked with the CWC data "as is". In other words, the Steward did not attempt to review, edit or 'correct' CWC records, locations or attributes. The goal was to get as much information into the standard as possible. Most CWC barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting CWC data into the OFPBDS, a series of determinations, assumptions and decisions were made. A CWC - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. A duplication process was performed as the final stage of analysis and documented within the CWC crosswalk to determine what, if any CWC barriers were duplicates of pre-existing OFPBDS barriers. Using a duplication analysis model to identify potential duplicates within 150 meters, 65 of the 116 barriers were classified as potential duplicates. Out of the 65 potential duplicates, 48 were apparent duplicates, while the remaining 17 were questionable. The 48 apparent duplicate barriers were then used to update or improve missing or erroneous data in the corresponding OFPBDS features. The entire integration process using CWC's fish passage barrier information resulted in the addition of 68 culverts.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usData was converted from the Clackamas River Basin Council (CRBC) fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by CRBC, as well as two documents entitled "Clear and Foster Creek Fish Passage Assessment and Prioritization Project," and "Deep, Goose and Eagle Creeks Fish Passage Assessment." The overall process for incorporating the CRBC data into the fish passage barrier data standard was as follows: 1. Obtain CRBC data. 2. Develop a crosswalk between CRBC and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to CRBC (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, CRBC was consulted. The Steward worked with the CRBC data "as is". In other words, the Steward did not attempt to review, edit or 'correct' CRBC records, locations or attributes. The goal was to get as much information into the standard as possible. Most CRBC barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting CRBC data into the OFPBDS, a series of determinations, assumptions and decisions were made. A CRBC - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. A duplication process was performed as the final stage of analysis and documented within the CRBC crosswalk to determine what, if any CRBC barriers were duplicates of pre-existing OFPBDS barriers. Using a duplication analysis model to identify potential duplicates within 150 meters, 90 of the 558 barriers were classified as potential duplicates. Out of the 90 potential duplicates, 48 were apparent duplicates, while the remaining 46 were questionable. The 48 apparent duplicate barriers were then used to update or improve missing or erroneous data in the corresponding OFPBDS features. The entire integration process using CRBC's fish passage barrier information resulted in the addition of 469 culverts.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Oregon Water Resources Department Dam Inventory data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. Metadata for OWRD dam data states the following: dams within the jurisdiction of Oregon Water Resource Department are defined by a dam height >= 10 feet and storage of >= 9.2 acre feet. OWRD dam data exist in an enterprise geodatabase as a point feature class, updated in June 2010, and a SQL database with ongoing updates. A geodatabase with a point feature class and an Excel Spreadsheet of 318 additional dams, were provided to the Data Steward in June and July 2010 respectively. A feature class was created for the Excel spreadsheet records by importing the spatial coordinates through ArcGIS. The two feature classes were checked for record duplication and then merged. A crosswalk between OWRD and OFPBDS attributes and attribute values was developed. Additionally, a methodology was developed to identify OWRD dam records that were not located in stream channels, i.e. waste water lagoons, and therefore not a fish passage barrier. OWRD staff was consulted for the crosswalk and the record selection methodology. Once the crosswalk was completed, OFPBDS fields were added to the database and attribute values for all the point features were populated in the OFPBDS fields. The data were exported in July 2010 into a replica copy of the enterprise geodatabase. Once the dam features were loaded in the OFPBDS replica, the data were analyzed for duplication. Where OWRD features were duplicates of OFPBDS (version 1) features, the OWRD dam feature replaced the OFPBDS (version 1) dam feature. Spatial proximity along with attribute similarity was used to identify potential - and likely - duplicates. The threshold distance default was 150 meters. However, upon visual inspection of the distance between OWRD and OFPBDS (version 1) dam features with matching attribute characteristics, some were over 2,000 feet apart. Potential duplicates, based on spatial proximity, were manually reviewed to identify those which were actual (confirmed) duplicates. Features which were potential duplicates due to proximity were compared by key attributes: Dam name, stream name, dam height, and owner. If there was still a question regarding duplication after this comparison, OWRD's water rights database was queried. Because OWRD does not collect information on fish passage status, where there was a definitive match between an OWRD dam record and an OFPBDS (version 1) dam feature with barrier status and fishway information, that attribute information was merged from the OFPBDS record to the OWRD record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). A second manual review based on feature name similarity further identified actual duplicates where feature points were greater than 150 meters apart. Dam features removed from the OFPBDS (version 1) database were ODFW records. Once the barrier features were compiled in the OFPBDS database and once features were analyzed for duplication, a limited effort was made to update dam features based upon the Oregon Watershed Enhancement Board's (OWEB) Oregon Watershed Restoration Inventory (OWRI). The point features and attributes were then loaded into the OFPBDS geodatabase. Specific notes regarding the OWRD dam data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. *The passage status for many of the dams is unknown at this time. Consequently, some of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. *Because OWRD does not collect information on fish passage status, where there was a definitive match between an OWRD dam record and an OFPBDS (version 1) dam feature with barrier status and fishway information, that attribute information was merged from the OFPBDS record to the OWRD record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). *Values for stream name (fpbStrNm) were provided by OWRD and are generally the storage water source as stated on the OWRD permit, not the location of the dam relative to a stream channel. * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted the Scappoose Bay Watershed Council's (SBWC) fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by SBWC, as well as a document entitled "A comprehensive Assessment of Fish Passage Barriers in the Scappoose Bay Watershed." The overall process for incorporating SBWC data into the fish passage barrier data standard was as follows: 1. Obtain SBWC data. 2. Develop a crosswalk between SBWC and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to SBWC (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, SBWC were consulted. The Steward worked with the SBWC data "as is". In other words, the Steward did not attempt to review, edit or 'correct' SBWC records, locations or attributes. The goal was to get as much information into the standard as possible. Most SBWC barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting SBWC data into the OFPBDS, a series of determinations, assumptions and decisions were made. A SBWC - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. A duplication process was performed as the final stage of analysis to determine what, if any SBWC barriers were duplicates of pre-existing OFPBDS barriers. It was determined using a 150 meter distance analysis that 13 barriers had in fact already existed in the OFPBDS dataset. In comparing the two, it was determined that the 13 newer SBWC contained more comprehensive and updated data, and subsequently, the 13 records were removed in the OFPBDS, and replaced by the SBWC records. The entire integration process using SBWC's fish passage barrier information resulted in 1 bridge, 96 culverts, 12 dams, and 1 tidegate. The total of fish passage barrier features imported to the OFPBDS from SBWC is 110 features.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usData was integrated from the Santiam Watershed Council's (Santiam WC) fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by Santiam WC. The overall process for incorporating the Santiam data into the fish passage barrier data standard was as follows: 1. Obtain Santiam WC data (107 records). 2. A crosswalk was not necessary for Santiam WC because they used ODFW's schema and existing barriers. 3. Santiam WC updated and corrected attributes of these existing fish passage barriers, most importantly, barrier dimensions and fish passage status. 4. Where Santiam WC identified multiple features at a single location, fish passage barriers records were added. Exactly 18 barriers were added, and assigned Santiam WC as the fish passage barrier originator (fpbOrNm). The remaining features retained ODFW as their original source. 5. Provide standardized data back to Santiam WC (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, Santiam WC was consulted. The Steward worked with the Santiam WC data "as is". In other words, the Steward did not attempt to review, edit or 'correct' Santiam WC records, locations or attributes. The goal was to get as much information into the standard as possible. Most Santiam WC barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. The entire integration process using Santiam WC's fish passage barrier information resulted in the addition of 18 culverts.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Benton County's fish passage data into the Oregon fish Passage Barrier Data Standard (OFPBDS). Geospatial and tabular data was provided by BENTON COUNTY, as well as a document entitled "A comprehensive Assessment of Fish Passage Barriers in the Scappoose Bay Watershed." The overall process for incorporating Benton County's data into the fish passage barrier data standard was as follows: 1. Obtain Benton County data. 2. Develop a crosswalk between Benton County and OFPBDS, and develop a methodology to determine which records, if not all, to include in the standard. 3. Address any issues (like unique identifiers). 4. Convert data into the standard. 5. Provide standardized data back to Benton County (and often also provide Steward-modified intermediate data developed during standardization, especially where identifiers were manipulated). 6. Throughout the entire process, Benton County was consulted. The Steward worked with the Benton County data "as is". In other words, the Steward did not attempt to review, edit or 'correct' Benton County records, locations or attributes. The goal was to get as much information into the standard as possible. Most Benton County barrier data contain attributes which match those in the standard as well as attributes which do not exist in the standard. Throughout the process of converting Benton County data into the OFPBDS, a series of determinations, assumptions and decisions were made. A Benton County - OFPBDS Crosswalk (spreadsheet) was developed and contains a record of this, along with a document detailing key GIS steps in the conversion process. A duplication process was performed as the final stage of analysis and documented within the Benton County crosswalk to determine what, if any Benton County barriers were duplicates of pre-existing OFPBDS barriers. Using a duplication analysis model to identify potential duplicates within 150 meters, 93 of the 571 barriers were classified as potential duplicates. Out of the 93 potential duplicates, 60 were apparent duplicates, while the remaining 33 were questionable. The 60 apparent duplicate barriers were then used to update or improve missing or erroneous data in the corresponding OFPBDS features. The entire integration process using Benton County's fish passage barrier information resulted in 224 bridges, 2 cascades, 219 culverts, 5 dams, 4 waterfalls, 2 fords, 1 weir, 4 other known fish passage barrier feature including debris jams, and 13 unknown features. The total of fish passage barrier features imported to the OFPBDS from Benton County is 474 features.2010-01-01Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usUnited States Forest Service (USFS) Culvert Inventory data were converted into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded into the OFPBDS geodatabase. Data were obtained from the following National Forests: Deschutes, Fremont - Winema, Malheur, Mt. Hood, Ochoco, Rogue River - Siskiyou, Siuslaw, Umatilla, Umpqua, Wallowa Whitman, and Willamette. Point feature classes were provided from each of the forests giving culvert locations and a varying amount of attribute data. Additional attribute data from two regional datasets were used to augment the attributes furnished by the forests. A file geodatabase was constructed for each forest to contain the source spatial and tabular data and the derived data products. The number of records per forest varied from 40 to over 400, and the total number of records processed was 3,046. A crosswalk between USFS and OFPBDS attributes and attribute values was developed for each forest. The crosswalk consists of three sections: a section that contains summary information relating to the entire dataset; a section for “Required” attributes, which provide information considered essential to the usefulness of the data; and a section for “Optional” attributes, which provide supplementary information that provide additional details not found in the required attributes . An initial crosswalk was developed and sent to each forest presenting the mapping between USFS attributes and OFPBDS attributes and describing the processing necessary to transform the USFS data to meet OFPBDS standards. Each forest was invited to review the crosswalk and submit comments or concerns related to the proposed processing of their data. Processing the data from each forest took place in four primary phases executed sequentially. The objective of the processing was to identify and upload fish passage barriers in the forest data that were not yet represented in the OFPBDS dataset and to update existing records with more current information coming from the forests. The first phase of the processing established a correspondence between the USFS data and the OFPBDS data such that USFS attributes were transformed to meet the standards set forth in the Oregon Fish Passage Barrier Data Standard document. The resulting attribute values were loaded into empty “Required” and “Optional” fields corresponding to the OFPBDS attributes appended to each record in the USFS point feature class. The next phase of processing compared fish passage barrier point features in the USFS data to existing features in the OFPBDS dataset. Spatial proximity along with attribute similarity were used to identify potential and likely duplicates. A default threshold distance of 150 meters was used to partition the USFS points into those too distant from any OFPBDS point to be considered to represent the same feature and those close enough to be potential duplicates. Taking the potential duplicates, a script was run that compares the values of selected attributes and considers spatial proximity to calculate a measure of how much evidence exists in the data to indicate duplicate points. A summary table was constructed to permit quick comparisons of attribute pairs and see the cause of a mismatch. Where the evidence was low, a close manual examination of the pair of points in ArcGIS was conducted to confirm whether they represent the same or different features. Where the evidence for matched points was high, e.g. points less than 30 meters apart, a quick look was usually sufficient to confirm the match. In order to obtain additional information that might clarify the status of culverts that had been removed or replaced, a second proximity analysis was run against the Oregon Watershed Enhancement Board’s (OWEB) Oregon Watershed Restoration Inventory (OWRI). The same threshold of 150 meters was used, and OWRI points close to USFS points were manually examined to determine if any recent maintenance action may have affected the status of the culvert. The third phase of processing the data involved linearly referencing the new USFS points to be added to the OFPBDS dataset. Each new point was spatially analyzed to determine where it falls on a mapped stream. The Framework hydrography dataset was used to reference each barrier point, assign a unique stream identifier and stream distance measure. The final phase in the processing consisted of a quality check on the new data points prior to loading the data into the OFPBDS dataset. In the case of USFS barriers that were already represented in the OFPBDS data, a check was performed to determine if the USFS data contained new fish passage information. If so, the fish passage status (fpbFPasSta), fish passage data originator (fpbFPasONm), and revision date (fpbRevDt) were updated in the OFPBDS dataset. For new fish passage barrier records, the data were loaded into an editable version of the OFPBDS dataset, which was uploaded to a QA version and verified before being incorporated into the operational version. Specific notes regarding USFS fish passage barrier data: There was a wide variation in the quantity and quality of the initial datasets obtained from the forests. The number of attributes varied from less than 20 to well over 100. Approximately half of the datasets were well-attributed, while a few had most of the “Required” attributes and some of the “Optional”, and the remaining datasets did not have many of either category of attribute. To supplement the attributes supplied by the forests, the forests’ attribute tables were linked to available regional fish passage datasets, which supplied additional attributes. Two types of feature identifier schemes were employed in the USFS data. One scheme utilizes a long integer of 10 or more digits, which is unique across forests. The other scheme is basically a sequential numbering of the records from one to the total number of records. There were two ramifications of this situation. In order to connect datasets with the sequential numbering to regional data, additional attributes had to be used to achieve a unique match.. The second impact was that in order to have identifiers unique across forests, the originator feature ID (fpbOFtrID) was made to consist of a concatenation of the forest name and the identifier used within the forest. Physical data on culverts was often lacking. In many cases the basic parameters of height, width and length were absent. In other cases the values were suspect, either because they seemed to be in the wrong units or because they differed significantly from other measurements at the same location. In order to represent slopes as positive numbers, the sign had to be inverted. Drop values also were inverted to create positive numbers, but there were many instances of both positive and negative drops in the same dataset. The existence of multiple culverts, in space or over time, was usually not clearly represented. In a few instances multiple culverts were represented by multiple features in the dataset and identified as such. More commonly, the only indication of the existence of multiple features was a note in the “Comments” field. Similarly, the only indication of a culvert replacement or removal was often in the form of a cursory note, making it difficult to determine whether the data in the current record represented a culvert that had been taken out or one that replaced it.2012-01-02T00:00:00Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usConverted Oregon Department of Land Conservation and Development (DLCD) tide gate data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. DLCD compiled a non-comprehensive inventory of tide gates in major estuaries along the Oregon coast, that protect lowlands from flooding. The DLCD tide gate data exists in an ArcGIS shapefile, last updated in 2011. A conversion outline, or crosswalk, between DLCD tide gate data and OFPBDS attributes and attribute values was developed. DLCD staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the DLCD records and attribute values for all barrier features were populated in the OFPBDS fields. DLCD tide gate data was then analyzed for duplication with OFPBDS records. Where DLCD tide gate features were duplicates of OFPBDS features, the DLCD feature replaced the OFPBDS feature. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, tide gate specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. The DLCD tide gate data were exported in November 2014 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the DLCD tide gate data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * DLCD tide gate features were found through local inventories and local expert knowledge, but mapped tide gate location was digitized using LiDAR derived products. *Passage status for most tide gates was undetermined at the time data were integrated. These tide gates require additional analysis to determine their fish passage status. Consequently, these barriers may completely or partially pass most if not all the species and life stages that have a need to migrate through the affected stream reach. * Because DLCD does not collect information on fish passage status, where there was a definitive match between an DLCD tide gate record and an OFPBDS tide gate feature with barrier status, that attribute information was merged from the OFPBDS record to the DLCD record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). 2014-11-03Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usTransferred the BLM fish barrier data (2014) into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. BLM fish barrier data (2014) exists in two feature classes in an ArcGIS file geodatabase with ofpbds schema. The BLM fish barrier data (2014) was analyzed for duplication with the OFPBDS records. Where BLM fish barrier data (2014) features were duplicates of OFPBDS features, ofpbds feature attributes were updated. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added. Features within 150 meters of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, feature type and subtype. The BLM fish barrier data (2014) were exported in January 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. BLM fish barrier feature information is available online at http://www.blm.gov/or/districts/prineville/plans/johndayrmp/data/data-details.php?id=278. 2014-12-01Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usConverted Oregon Department of Transportation bridge and large culvert data from their PONTIS, bridge management software, into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The PONTIS data represent bridges and large culverts in Oregon, owned by the state, cities, or counties, or other owners that cross state highways. It does not include structures owned by Federal agencies. The PONTIS data exists in an ArcGIS shapefile. A conversion outline, or crosswalk, between ODOT and OFPBDS attributes and attribute values was developed. Oregon Department of Transportation staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the ODOT records and attribute values for all features were populated in the OFPBDS fields. PONTIS data was then analyzed for duplication with OFPBDS records. Where bridge and culvert features were duplicates of OFPBDS features, the ODOT feature replaced the OFPBDS feature. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 300 feet. Points greater than 300 feet from a current OFPBDS culvert or bridge feature were considered new features. A manual review based on stream and road name similarity further identified actual duplicates where feature points were greater than 300 feet apart. Features considered potential duplicates, based on spatial proximity were compared by key attributes: stream name, road name, culvert specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Because ODOT does not collect information on fish passage status, where there was a definitive match between an ODOT feature and an OFPBDS feature with barrier status, that attribute information was merged from the OFPBDS record to the ODOT record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). The Oregon Department of Transportation PONTIS data were exported in March 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the PONTIS bridge and culvert data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * A bridge is defined as a structure having an opening measured along the center of the path of more than 20 feet. Bridges include culverts on the state highway system that have an opening of as little as 6 feet. For city and county bridges, all structures with an opening of 20 feet are included. Some cities and counties provided information on structures with an opening of less than 20 feet. *Because ODOT does not collect information on fish passage status, where there was a definitive match between an ODOT record and an OFPBDS feature with fish passage barrier status, that attribute information was merged from the OFPBDS record to the ODOT record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). *Passage status for a number of bridges and culverts was undetermined at the time data were integrated. These features require additional analysis to determine their fish passage status. Consequently, they may completely or partially pass most if not all the species and life stages that have a need to migrate through the affected stream reach. *ODOT stream names are local names, and may differ significantly from GNIS names for the same location. *Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. 2015-03-02Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usConverted Oregon Department of Transportation Drainage Facilities Management System (DFMS) culvert data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The DFMS data, provided in 2015, represents culverts ODOT has been able to field verify on specific highways, or highway segments, as prioritized by ODOT. It updates and refines the location, number, and description of culverts for the 27 highways/highway sections surveyed since 2007. The DFMS culvert data exists in an Excel spreadsheet. A conversion outline, or crosswalk, between DFMS and OFPBDS attributes and attribute values was developed. Oregon Department of Transportation staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the DFMS records and attribute values for all culvert features were populated in the OFPBDS fields. DFMS data was then analyzed for duplication with OFPBDS records. Where DFMS features were duplicates of OFPBDS features, the DFMS feature replaced the OFPBDS feature. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 100 feet. Points greater than 100 feet from a current OFPBDS feature location were further checked with a proximity analysis of 250 feet. A manual review based on stream and road name similarity further identified actual duplicates where feature points were greater than 250 feet apart. Features considered potential duplicates, based on spatial proximity were compared by key attributes: stream name, road name, culvert specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Because ODOT does not collect information on fish passage status, where there was a definitive match between a DFMS feature and an OFPBDS feature with fish passage status, that attribute information was merged from the OFPBDS record to the DFMS record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). The Oregon Department of Transportation DFMS data were exported in May 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the DFMS culvert data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * Culverts smaller than 15 inches in diameter were excluded from integration into OFPBDS, as were features characterized as road drainage culverts, serving slopes with gradients over 15 percent, fields, or drainage channels with no direct access to streams. *Because ODOT does not collect information on fish passage status, where there was a definitive match between a DFMS record and an OFPBDS feature with fish passage status, that attribute information was merged from the OFPBDS record to the DFMS record in order to retain it. ODFW is noted as the data source for those fields (fpbFPasONm). *Passage status for a number of culverts was undetermined at the time data were integrated. These culverts require additional analysis to determine their fish passage status. Consequently, these culverts may completely or partially pass most if not all the species and life stages that have a need to migrate through the affected stream reach. *ODOT DFMS stream names are local names, and may differ significantly from GNIS names for the same location. *Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. 2015-03-02Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usConverted Oregon Department of Fish and Western Oregon Rearing Project (WORP) Barrier data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. The ODFW WORP data exists in two Excel spreadsheets, covering surveyed sites from 1998 to 2009, and 2010 to 2014. A conversion outline, or crosswalk, between WORP and OFPBDS attributes and attribute values was developed. Western Oregon Rearing Project staff who compiled the data was consulted regarding the crosswalk. OFPBDS fields were then added to the WORP records and attribute values for all barrier features were populated in the OFPBDS fields. WORP data was then analyzed for duplication with OFPBDS records. Where Western Oregon Rearing Project fish barrier features were duplicates of OFPBDS features, missing attribute information was transferred to OFPDBS records. Spatial proximity along with attribute similarity was used to identify potential duplicates. The threshold distance default was 200 feet. Points greater than 200 feet from a current OFPBDS feature location were considered new features and added. Features within 200 feet of OFPBDS features were considered potential duplicates, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, feature type, and specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. The WORP data were exported in June 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the Western Oregon Rearing Project fish passage barrier data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. * The WORP surveys note and locate barrier features at the time of fish surveys. Fish Passage Status for WORP barrier features was considered totally blocking, unless notes indicated otherwise. ODFW staff used gradient, pool presence, drop/height, and other biologists’ notes to determine passage status other than “Blocked”. *Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. 2015-06-01Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usTransferred BLM removed and replaced culvert data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. BLM removed and replaced culvert data exists in a Microsoft Excel spreadsheet. A conversion outline, or crosswalk, between the BLM data and OFPBDS attributes and attribute values was developed. BLM staff was consulted regarding the crosswalk. OFPBDS fields were then added to the BLM records and attribute values for all culvert features were populated in the OFPBDS fields. BLM culvert data was then analyzed for duplication with OFPBDS records. Spatial proximity along with attribute similarity was used to identify potential duplicate locations. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added to OFPBDS. Features within 150 meters of OFPBDS features were considered a potential duplicate location, or replacements for older culverts, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, and BLM plans. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Where BLM features were located in proximity to an OFPBDS feature, the OFPBDS feature was updated if removed or modified, and the BLM feature was added as the replacement feature in OFPBDS. The BLM removed and replaced culvert data were exported in June 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the BLM data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. *Passage status for new features was considered “Completely Passable” by evaluation of design. * Where there is stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography. 2015-06-01Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usTransferred U.S. Forest Service fish passage barrier data into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded the data into the OFPBDS geodatabase. USFS fish passage barrier data exists in an ArcGIS file geodatabase and a personal geodatabase (May 2015). A conversion outline, or crosswalk, between the USFS data and OFPBDS attributes and attribute values was developed. USFS staff was consulted regarding the crosswalk. OFPBDS fields were then added to the USFS records and attribute values for all features were populated in the OFPBDS fields. USFS data was then analyzed for duplication with OFPBDS records. Spatial proximity along with attribute similarity was used to identify potential duplicate locations. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added to OFPBDS. Features within 150 meters of OFPBDS features were considered a potential duplicate location, or replacements for older culverts, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, barrier specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Where USFS data features were located in proximity to an existing OFPBDS feature, the OFPBDS feature was updated if removed or modified, or attribute information was missing, and a new USFS feature was added if there was a replacement feature for the original OFPBDS feature. The USFS data were exported in July 2015 into a replica copy of the enterprise geodatabase and posted to the OFPBDS enterprise geodatabase. Specific notes regarding the USFS data: * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is GCS_North_American_1983. *USFS Passage status “RED” was attributed as “Partially passable” in OFPBDS, as it does not distinguished between “Not passable” for any species at any time, and “Partially passable” per the OFPBDS standard. Some features attributed as “Partially passable” may in fact be totally blocking to fish passage. *Passage status for features that replaced existing culverts was considered “Completely Passable” by evaluation of design. 2015-07-01Ruth SchellbachODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302ruth.e.schellbach@state.or.usThe OFPBDS were reviewed for inconsistencies and in-accuracies based business rules and field rules outline in the OFPBDS data standard document (http://www.oregon.gov/DAS/CIO/GEO/docs/bioscience/oregonfishpassagebarrierdatastandardv1dot1.pdf). Focus was on Quality Control (QC) for 20 required fields, or minimum non-graphic data elements, however, QC analysis was also completed on the 43 other non-required fields. The general framework for the QC process included defining potential errors, searching for, identifying, and documenting errors, and correcting errors. When any error correction was made, the fpbRevDt was updated to reflect the date the update was made. A frequency analysis was completed using the Summary Statistics Tool “Count” for the 20 required fields, and for 43 non-required fields. This analysis resulted in counts for fields which were used to identify null values that need to be populated with “Null”, records that are using the same name slightly differently (for example: Oregon Department of Fish and Wildlife vs. ODFW) or misspellings, fields that were duplicated due to capitalization inconsistencies, date inconsistencies, and missing required fields. All records were reviewed for relevancy (for example, the date 18050710 is not accurate, since data was not collected in the year 1810). Evaluation was done across records where business rules identified that if one record was defined a certain way, than another record should be defined accordingly. This was completed for Feature Type and Feature Name pair, and Passage Status and Evaluation Method pair. The select by attribute tool was used to query errors, and field calculator was used to update selected records. There were 3,369 records updated to remove errors or inconsistencies (only for required fields). Other non-required field errors still need to be updated in the OFPBDS. Details on the QC processes are available here: Fish\Fish Share\GIS\FishPassageBarrierInventory\QA\Documentation\ FPBData_QA_Steps_Final.xlsx. Locations of points in the OFPBDS feature class were evaluated. Actual locations of points in the feature class were calculated by adding two new fields to a copy of the versioned OFPBDS database, and using the “calculate geometry” tool. These were then compared with the coordinates hosted in the attribute fields fpbLong & fpbLat. 1,272 points had locations in the feature class that were different from the recorded locations in the attribute table. Calculate geometry was used to update these fields so their attributes accurately reflect their location. OFPBDS data were evaluated for potential duplicates and for potential removal from the database throughout the process, and through targeted QC processes. There were 868 records within 30 meters of each other that were identified as potential duplicates and were evaluated by comparing by key attributes: data originator, stream name, road name, and barrier specifics. A new field created, and features were reviewed and classified as “Not Duplicate,” “Maybe Duplicate,” and “Yes Duplicate.” Currently, 25% of the records have been reviewed and given a duplicate classification. Records were also evaluated by barrier size (width), and compared with stream size (ODF fish presence data); there were 218 small barriers (<= 5 feet width) that exist on large (OFS classicifaction) rivers. These features were put aside in a separate geodatabase, by feature classes by basin, for review as potential barriers for NHD linear referencing review. This geodatabase is available here: Fish\Fish Share\GIS\FishPassageBarrierInventory\QA\Working\QA_GDBs\fpbSmall_LargeRiver.gdb. 2015-07-31Kate ShermanODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302kate.j.sherman@state.or.usLinear Referenced data in the Oregon Department of Fish and Wildlife Fish Passage Barrier Data (OFPBD) to the National Hydrography Dataset (NHD). After new data are added to the OFPBDS, their attributes lack data on the barrier’s relationship to the NHD. The last effort to linear reference records was completed in xxxx, and since then, new data were added to the OFBPDS. There were more than 10,000 records that had did not have NHD values. These points were selected, and a new feature class of these records created for processing and linear referencing to NHD. These points were further subdivided by Hydrological Unit Code (HUC) 4 boundary area (see table 1) for faster data processing. Using Hydro Event Management (HEM) Tools in ArcGIS 10.2.2, linear referencing was completed for OFPBD points using NHD Flowine Data, following standardized methods (Appendix F: FishPassageBarrierInventory\Data_Management_Plan\AppendixF). A search tolerance of 10 meters was chosen for processing to try and limit the number of barriers that get inaccurately linear referenced. A total of 10,652 points were processed, of which 5,824 (55%) successfully linear referenced to NHD (see results by HUC in Table 2). 2015-08-03Kate ShermanODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302kate.j.sherman@state.or.usExtracted fish passage barrier data from the Oregon Department of Fish and Wildlife Aquatic Inventory Project (AIP) habitat unit data and transferred it into the Oregon Fish Passage Barrier Data Standard (OFPBDS) format and loaded into the OFPBDS geodatabase. AIP fish passage barrier data exists online in shapefile (shp) format. The last data from Aquatic Inventories was extracted and transferred into the OFPBDS in 2010, and included data collected as part of the AQI through part of 2009. Data collected from 2009-2014 was downloaded from the AQI website and compiled into a geodatabase and cross-referenced against data transferred in 2010 to make sure no duplicate datasets were downloaded. Models were used to extract fish passage barrier information from the AIP data. A data crosswalk, developed in 2010, was used to derive barrier feature points for the OFPBDS from the AIP habitat unit data. OFPBDS fields were then added to the AIP Habitat Unit barrier feature tables and attribute values were populated in the OFPBDS fields. AIP habitat unit barrier data were then analyzed for duplication with OFPBDS records. Spatial proximity along with attribute similarity was used to identify potential duplicate locations. The threshold distance default was 150 meters. Points greater than 150 meters from a current OFPBDS feature location were considered new features and added to OFPBDS. Features within 150 meters of OFPBDS features were considered a potential duplicate location, or replacements for older culverts, based on spatial proximity. Features which were potential duplicates due to proximity were compared by key attributes: stream name, road name, barrier specifics. If there was still a question regarding duplication after this comparison, the feature was put aside in a separate feature class for consultation. Where AIP habitat data features were located in proximity to an existing OFPBDS feature, the OFPBDS feature was modified if attribute information was missing, and a new AIP habitat feature was added if there was a replacement feature for the original OFPBDS feature. The data were exported in August 2015 into a versioned copy of the enterprise OFPBDS geodatabase and posted in the OFPBDS enterprise geodatabase. A total of 64 new barriers were added to the OFPBDS. Special notes regarding AIP data: *Due to funding, only AIP datasets with the Columbia basin were processed (this included Middle Columbia, Lower Columbia, and Willamette HUC 4 level basins. * The coordinate system of the spatial coordinates in the fpbLong and fpbLat fields is NAD 1983 Lambert Conformal Conic. * The AIP Habitat Unit feature class is attributed line features for surveyed watercourses within the state. The geodatabase table contains a Unit Type field that identifies culvert crossings, artificial step structures and natural bedrock step features, i.e. waterfalls, along with a unique identifier field (HABUNT). To derive point barrier features, ODFW selected records with a Unit Type field value equal to these unit types [culvert crossings, steps created by structures, natural bedrock steps greater than 2 meters]. The Comment Code and Note fields also identified features such as dams, fish ladders and road fords. Points were generated from the selected record lines with the Feature Vertices to Points script/toolbox for line segments, using the start point of the line. Line attributes transferred to the point. *Fish passage status evaluations are based on coarse passage criteria relative to the feature type. For culverts, a drop or perch height over 0.5 feet = Partial; if the drop is equal to or greater than one foot, then a two foot or greater unit depth is needed immediately downstream (jump pool). If the downstream unit depth is equal to or greater than two feet, then the Fish Passage Status remains as “Partial”. If the downstream unit depth is less than two feet, the Fish Passage Status = Blocked. If the slope of a culvert > 5% = Partial; if the drop > 3.2 feet = Blocked . For dams and other artificial step structures – if the Height > 0.5 foot = Partial; Height > 6.6 feet = Blocked; If the height is equal to or greater than one foot, then a two foot or greater unit depth is needed immediately downstream (jump pool). If the downstream unit depth is equal to or greater than two feet, then the Fish Passage Status remains as “Partial”. If the downstream unit depth is less than two feet, the Fish Passage Status = Blocked. For natural features if the height is over 16 feet = Blocked. If the height is less than 16 feet = Unknown; if the slope is greater than or equal to 16 % over a distance of 200 meters = Blocked. Passage status for some barriers is unknown at this time. Consequently, some of these barriers may be completely passable to most if not all the species and life stages that have a need to migrate through the affected stream reach. * Project survey dates range from 2009 to 2014. Where data was seasonal, winter data was not used. * AIP Habitat Unit data exists on hydrographic line work generally at a scale of 1:100,000. Where there is a stream identifier (fpbStrID), and/or stream measure (fpbStrMeas) data are linear-referenced to the 1:24,000-scale PNW Framework Hydrography AIP Habitat Unit data is available online: http://oregonstate.edu/dept/ODFW/freshwater/inventory/habitgis.html 2015-08-03Kate ShermanODFWGIS Technician4034 Fairview Industrial DrSalemOregon97302kate.j.sherman@state.or.usFish passage barrier identification, location and passage status were updated during an internal ODFW fish habitat distribution and barrier data review in September and October 2016. Data were derived from ODFW district files and professional opinion of district fish biologists.2016-10-18Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usFish passage barrier identification, location and passage status were updated during an internal ODFW review in 2018 and 2019 related to the update of the statewide Priority Fish Passage Barrier List. Data were derived from ODFW district files, OWEB, field visits and professional opinion of district fish biologists.2019-09-19Kregg SmithODFWAsst. Fish Passage Coordinator503-947-62174034 Fairview Industrial Dr SESalemOregon97302USKregg.M.Smith@state.or.usBLM staff analyzed fish passage barrier records to determine whether they occur on BLM roads or reciprocal right of way roads. Adjustments were made to the Originator Name field for records that came to the database from sources other than the BLM, but where the BLM should have some stewardship responsibility. Also, barrier owner information was updated based on an analysis with the current land management dataset.2019-09-27Jon BowersOregon Dept. of Fish and WildlifeGIS Coordinator503-947-60974034 Fairview Industrial Dr SESalemOregon97302jon.k.bowers@state.or.usIntegrating Barriers Proposed by ODFW Staff into the OFPBDS: ODFW biologists and other ODFW experts submitted 136 requests to add, remove, move, or edit barriers in the OFPBDS through an internal editing application. This process was used to incorporate those changes into the OFPBDS, resulting in 79 new records added and 58 existing records edited. After this initial integration was completed, an additional 18 barriers were submitted by ODFW staff through the same editing application. The same processing steps were followed, resulting in 6 new records added and 1 existing record edited. Data integration was conducted from May - August 2024. The overall process was as follows: 1. Data Acquisition: Data were obtained from an internal OFPBDS editing application where ODFW staff submitted the requested changes. 2. Schema Compatibility: While the data largely conformed to the OFPBDS schema, minor crosswalks were necessary to align original attribute details with OFPBDS domains, as the original data did not include domains. For example, entries in the fpbLocMd field were modified to match the domain for that field. 3. Data Cleaning and Standardization: Data were cleaned using a Python script to meet OFPBDS standards. Adjustments included rounding dimension fields appropriately, checking relationships between fields, filling blanks with null values, removing leading and trailing spaces, completing the feature name field based on the feature type, and formatting dates. 4. Location Verification: Data accuracy was verified by cross-referencing with imagery, LiDAR, stream data, road data, and the existing OFPBDS. In cases of location questions or concerns, the data providers were contacted. 5. Duplication Analysis: Cross-referenced the data with the existing OFPBDS, imagery, LiDAR, stream data, and road data to identify duplicate points. In most cases, duplicate points were identified as edits needed to existing barriers in the OFPBDS. 6. Determination of Edit Type: The type of edit (e.g., edit to existing barrier entry, new barrier addition, barrier removal, or barrier relocation) was determined for each proposed point based on location verification, duplication analysis, and additional information provided by the data providers. During this step, it was determined that about 13 of the original entries should not be included in the update. 7. Attribute Completion: Additional attributes were filled out according to the OFPBDS business rules and guidelines outlined in the OFPBDS Data Management Plan. 8. Edits to Existing Barriers: For existing barriers in the OFPBDS that needed edits, including those marked for removal, the necessary fields to be updated were identified, QA-ed, and updated manually. This resulted in edits to 58 existing points. 9. ID Assignment: Assigned fpbFtrIDs, fpbOFtrIDs, fpbSiteIDs, and fpbOSiteIDs to new points. 10. Quality Assurance (QA): The data underwent several QA checks to ensure quality. This included running a Python script to verify domain adherence, check coordinates, analyze frequencies, identify accidental 0 values for dimensions/measurements, assess proximity to streams, and other relevant checks. 11. Data Integration: Appended the ODFW-proposed barriers to the OFPBDS, resulting in 79 new records. 2024-08-29T00:00:00Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst4034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govIntegrating OWRI data into the OFPBDS: 59 records of current and removed barriers associated with recently completed Oregon Watershed Restoration Inventory (OWRI) fish passage projects were added to the OFPBDS. Additionally, 4 existing points in the OFPBDS were updated based on new information from OWRI. Data integration was conducted from May - August 2024. The overall process was as follows: 1. Obtain OWRI Data: Acquired 55 records related to fish passage from OWRI. 2. Schema Compatibility: No crosswalk was required, as the data conformed to the OFPBDS schema. 3. Data Cleaning: Cleaned the data using a Python script to align with OFPBDS standards. Adjustments included filling blanks with null values, removing leading and trailing spaces, completing the feature name field based on the feature type, and formatting dates. 4. Location Verification: Verified data accuracy by cross-referencing with imagery, LiDAR, stream data, road data, and the existing OFPBDS. In cases of location questions or concerns, OWRI staff were consulted. 5. Duplication Analysis: Cross-referenced data with the existing OFPBDS, imagery, LiDAR, stream data, and road data to identify duplicate points. In cases of duplication, OWRI attributes were used to update OFPBDS points if deemed more recent. Four points in OFPBDS were updated based on the OWRI data. 6. Comparison with Oregon Watershed Restoration Tool: Compared OWRI data against the Oregon Watershed Restoration Tool to populate both required and optional OFPBDS fields. Identified locations where barriers had been removed or replaced, and added points as necessary to indicate both removed and current barriers. Attributes were completed using OWRI data and information from the Oregon Watershed Restoration Tool. For clarifications, OWRI staff were consulted. 7. OWRI Project Numbers: OWRI project numbers were added as fpbOFtrID and fpbOSiteID, using a crosswalk of ri_project_id numbers from the OWEB_userid field in the original data. When multiple features shared an OWRI project number, they were distinguished by adding suffixes (e.g., _A or _B) to the fpbOFtrID field. 8. Attribute Completion: Filled out other attributes according to the OFPBDS business rules and guidelines outlined in the OFPBDS Data Management Plan. 9. ID Assignment: Assigned fpbFtrIDs and fpbSiteIDs. 10. QA: The data underwent several QA checks to ensure quality. This included running a Python script to verify domain adherence, check coordinates, analyze frequencies, identify accidental 0 values for dimensions/measurements, assess proximity to streams, and other relevant checks. 11. Data Integration: Appended the OWRI points to the OFPBDS, resulting in 59 records. 2024-08-29T00:00:00Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst4034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govIntegrating ODFW-Submitted Barriers into the OFPBDS: ODFW biologists and other ODFW experts submitted a list of additional barriers for inclusion in the OFPBDS. The following process resulted in 46 new records being added and 2 existing records being updated. Data integration was conducted in August 2024. The overall process was as follows: 1. Data Acquisition: Acquired data from a list of barriers compiled by ODFW staff. 2. Schema Compatibility: No crosswalk was required, as the data conformed to the OFPBDS schema. 3. Data Cleaning: The data was already deemed clean and required no additional cleaning. 4. Location Verification: Data accuracy was verified by cross-referencing with imagery, LiDAR, stream data, road data, and the existing OFPBDS. In cases of location questions or concerns, the data providers were contacted. 5. Duplication Analysis: Cross-referenced the data with the existing OFPBDS, imagery, LiDAR, stream data, and road data to identify duplicate points. Consulted ODFW staff to determine whether updates were necessary for duplicates. Updates were made to two existing records based on this process. 6. Attribute Completion: Additional attributes were filled out according to the OFPBDS business rules and guidelines outlined in the OFPBDS Data Management Plan. 7. ID Assignment: Assigned fpbFtrIDs, fpbOFtrIDs, fpbSiteIDs, and fpbOSiteIDs to new points. 8. Quality Assurance (QA): The data underwent several QA checks to ensure quality. This included running a Python script to verify domain adherence, check coordinates, analyze frequencies, identify accidental 0 values for dimensions/measurements, assess proximity to streams, and other relevant checks. 9. Data Integration: Appended the non-duplicate barriers to the OFPBDS, resulting in 46 new records. 2024-08-29T00:00:00Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst4034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govIntegrating Barriers Proposed by ODFW Staff into the OFPBDS: ODFW biologists and other ODFW experts submitted 57 requests to add, remove, move, or edit barriers in the OFPBDS through an internal editing application. This process was used to incorporate those changes into the OFPBDS, resulting in 34 new records added and 13 existing records edited. Data integration was conducted from February - March, 2025. The overall process was as follows: 1. Data Acquisition: Data were obtained from an internal OFPBDS editing application where ODFW staff submitted the requested changes. 2. Location Verification: Data accuracy was verified by cross-referencing with imagery, LiDAR, stream data, road data, and the existing OFPBDS. In cases of location questions or concerns, the data providers were contacted. 3. Duplication Analysis: Cross-referenced the data with the existing OFPBDS, imagery, LiDAR, stream data, and road data to identify duplicate points. In most cases, duplicate points were identified as edits needed to existing barriers in the OFPBDS. 4. Determination of Edit Type: The type of edit (e.g., edit to existing barrier entry, new barrier addition, barrier removal, or barrier relocation) was determined for each proposed point based on location verification, duplication analysis, and additional information provided by the data providers. During this step, it was determined that about 16 of the original entries should not be included in the update. 5. Appending new barriers: Appended the ODFW-proposed barriers to the OFPBDS. 6. Attribute Completion: Additional attributes were filled out according to the OFPBDS business rules and guidelines outlined in the OFPBDS Data Management Plan. 7. Edits to Existing Barriers: For existing barriers in the OFPBDS that needed edits, including those marked for removal, the necessary fields to be updated were identified, QA-ed, and updated manually. 8. ID Assignment: Assigned fpbFtrIDs, fpbOFtrIDs, fpbSiteIDs, and fpbOSiteIDs to new points. 9. Quality Assurance (QA): The data underwent several QA checks to ensure quality. This included running a Python script to verify domain adherence, check coordinates, analyze frequencies, identify accidental 0 values for dimensions/measurements, assess proximity to streams, and other relevant checks.2025-03-11T00:00:00Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst4034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govBex GottliebBex GottliebPriority barrier updates - May 2025: The Fish Passage Barrier Database was updated in May 2025 to reflect information for the 2025 priority barriers. The fish passage status field (fpbFPasSta) was updated for 121 of the 2025 priority barriers. In addition, the priority group field (PriorityGroup) was revised to represent the priority groups of all 622 barriers identified as 2025 priority barriers, replacing previous references to the 2019 priority barriers.2025-05-06T00:00:00Bex GottliebOregon Department of Fish and WildlifeFish Passage Barrier GIS Analyst4034 Fairview Industrial Dr SESalemOR97302USRebecca.L.Gottlieb@odfw.oregon.govBex Gottlieb 0 EPSG8.5(9.0.0) ofpbds_gdb.GIS.ofpbds_ptFish passage barrier pointsOFPBDSFeature Class0OBJECTIDInternal feature number.ESRISequential unique whole numbers that are automatically generated.OBJECTIDOID4100fpbFtrIDFramework unique identifier for the fish passage barrier feature (generated by the Horizontal Steward)OFPBDSSequential unique whole numbers that are generated by the Data Steward.fpbFtrIDInteger4100fpbLongLongitudinal planar component of point location on earth's surface, in geographic decimal degrees NAD83OFPBDSfpbLongDouble8388fpbLatLatitudinal planar component of point location on earth's surface, in geographic decimal degrees NAD83OFPBDSfpbLatDouble8388fpbSiteIDFramework unique identifier for the fish passage barrier site (generated by the Horizontal Steward)OFPBDSSequential unique whole numbers that are generated by the Data Steward.fpbSiteIDInteger4100fpbRevDtDate of data entry into or revision in the Framework dataset (YYYYMMDD)OFPBDSfpbRevDtString800fpbOFtrIDUnique ID for each fish passage barrier feature at a site, generated by the data originatorOFPBDSfpbOFtrIDString4000fpbONmName of the source originator / entity that provides the dataOFPBDSfpbONmString3000fpbOSiteIDUnique ID for each fish passage barrier site, generated by the data originatorOFPBDSfpbOSiteIDString4000fpbLocMdMethod used to collect or generate location informationOFPBDSFieldGPSField - GPSOFPBDSFieldQuadField - Record location on 7.5' quad mapOFPBDSFieldOtherField - otherOFPBDSDigDeriveDigitally derived (e.g. located on-screen using DOQ or DRG)OFPBDSExtInvExternal inventory (e.g. National Inventory of Dams, GNIS)OFPBDSProfJudgeLocated on map via professional judgement (first-hand knowledge of feature location)OFPBDSOtherOtherOFPBDSUnknownUnknownOFPBDSfpbLocMdString1500fpbLocAccuAccuracy of fish passage barrier feature location (+ or - feet)OFPBDS9999UnknownOFPBDSfpbLocAccuSmallInteger250fpbLocDtMost recent date of location data collection (YYYYMMDD)OFPBDSfpbLocDtString800fpbFtrTyFish passage barrier feature typeOFPBDSDamDamOFPBDSCulvertCulvert - road stream crossingOFPBDSWeirSillWeir / sillOFPBDSFallsFallsOFPBDSCascadeGradientVelocityCascades / gradient / velocity (including debris torrented reaches)OFPBDSTideGateTide gateOFPBDSBridgeBridge - road stream crossingOFPBDSFordFord - road stream crossingOFPBDSOtherOther known fish passage barrier feature including debris jamsOFPBDSUnknownUnknownOFPBDSfpbFtrTyString2500fpbFtrNmFish passage barrier feature nameOFPBDSfpbFtrNmString5000fpbRmvDtDate that fish passage barrier feature was removed (required only if removed - YYYYMMDD)OFPBDSfpbRmvDtString800fpbMltFtrFlag for multiple fish passage barrier features at the siteOFPBDSyesyes (multiple fish passage barrier features exist at the site AND features are records in the OFPBDS database)OFPBDSnonoOFPBDSunknownunknownOFPBDSfpbMltFtrString700fpbFPasStaStatus of fish passage at the barrier featureOFPBDSBlockedNot passableOFPBDSPartialPartially passable - a barrier to at least some fish at some timeOFPBDSPassableCompletely passableOFPBDSUnknownUnknownOFPBDSUnkAnadUnknown passage within the range of anadromyOFPBDSfpbFPasStaString800fpbStaEvDtDate passage status was last evaluated (YYYYMMDD)OFPBDSfpbStaEvDtString800fpbStaEvMdPassage status evaluation methodOFPBDSUSFSBLMFullAssessUSFS / BLM full passage assessment (e.g. FishXing)OFPBDSOtherFullAssessOther full passage assessmentOFPBDSUSFSBLMPartialAssessUSFS / BLM partial passage assessment (coarse screen filter)OFPBDSOtherPartialAssessOther partial passage assessment (including professional judgement)OFPBDSByDesignBy evaluation of design plansOFPBDSUnknownUnknownOFPBDSNANot applicable - use NA where fish passage status is unknownOFPBDSfpbStaEvMdString2000fpbFyStaFishway statusOFPBDSFuncOkayFunctioning, passes fishOFPBDSNeedsMaintNot properly functioning, needs repair or maintenanceOFPBDSAbandonedAbandoned fishway - no longer needed (e.g. fishway at natural falls)OFPBDSNoneNo fishwayOFPBDSNoneMitigationNo fishway - mitigation providedOFPBDSNoneExemptNo fishway - negligible current benefitOFPBFDSNoneConflictFishway not wanted - conflicts with other native fish management needsOFPBDSUnknownUnknownOFPBDSfpbFyStaString2000ShapeFeature geometry.ESRICoordinates defining the features.ShapeGeometry800fpbFyCritFlag for whether fishway meets passage criteriaOFPBDSyesfishway meets passage criteriaOFPBDSnofishway does not meet passage criteriaOFPBDSunknownUnknown whether fishway meets passage criteriaOFPBDSfpbFyCritString700fpbCrdDescIdentifies exact location to which coordinates referOFPBDSfpbCrdDescString25400Permanent_IdentifierBarrier feature event record permanent ID (GUID) Maintained by the Hydrography Event Mgt Tools (HEM).OFPBDSGUID valuesPermanent_IdentifierString4000ReachCodeReachCode value for the NHD Flowline record that the event record references. Maintained by the HEM tools.OFPBDSUnique to NHD Flowline reachesReachCodeString1400MeasureMeasure along the NHD Flowline record where the event record is located. Maintained by the HEM tools0100MeasureDouble8388EventDateThe date the event record was created or last modified. Maintained by the HEM toolsOFPBDSEventDateDate800ReachSMDateReach spatial modification date. Maintained by the HEM tools.OFPBDSReachSMDateDate800ReachResolutionThe resolution of the NHD source data.OFPBDSReachResolutionSmallInteger250fpbStrIDStream route identifier (Framework Hydrography)OFPBDSfpbStrIDString1300fpbStrMeasFramework stream route measure (kilometers to 3 decimal places)OFPBDSfpbStrMeasDouble8388fpbRdMileField measurement of road mile pointOFPBDSfpbRdMileDouble8388fpbStrNmStream name from GNISOFPBDSfpbStrNmString5000fpbLocONmLocation data provider entity (if different from identification data originator).OFPBDSfpbLocONmString3000fpbRdIDRoad route identifier (Framework - OR Road Centerline)OFPBDSfpbRdIDString1300fpbRdNmRoad name from GNISOFPBDSfpbRdNmString5000fpbFtrSTyFish passage barrier feature subtypeOFPBDS[Dam] DamPermanentDam that is permanent throughout the yearOFPBDS[Dam] DamSeasonalDam that is in place for only part of the yearOFPBDS[Culvert] OpenArchOpen archOFPBDS[Culvert] OpenBoxOpen boxOFPBDS[Culvert] RoundRoundOFPBDS[Culvert] PipeArchPipe archOFPBDS[Culvert] Full BoxFull boxOFPBDS[Culvert] OtherOther known culvert shapeOFPBDS[Culvert] UnknownUnknownOFPBDS[TideGate] SideHingedAluminumSide-hinged orientation, aluminum material, not mechanically controlledOFPBDS[TideGate] TopHingedIronSteelTop-hinged orientation, iron or steel material, not mechanically controlledOFPBDS[TideGate] TopHingedWoodTop-hinged orientation, wood material, not mechanically controlledOFPBDS[TideGate] MechanicallyControlledMechanically controlledOFPBDS[TideGate] OtherOther known tide gate hinge-orientation, material or controlsOFPBDS[TideGate] UnknownUnknownOFPBDS[Ford] ConcreteConcreteOFPBDS[Ford] AsphaltAsphaltOFPBDS[Ford] NativeMaterialOn-site, native materialOFPBDS[Ford] Off-site rockOff-site rockOFPBDS[Ford] OtherOther known surface materialOFPBDS[Ford] UnknownUnknownOFPBDSfpbFtrSTyString3000fpbFtrNmSrFish passage barrier feature name sourceOFPBDSGNISGNISOFPBDSotherotherOFPBDSfpbFtrNmSrString500fpbHeightFish passage barrier feature height (feet, 1 decimal)OFPBDSfpbHeightDouble8388fpbLengthFish passage barrier feature length (feet, 1 decimal); distance is the measure between the furthest upstream and furthest downstream parts of the featureOFPBDSfpbLengthDouble8388fpbWidthFish passage barrier feature width (feet, 1 decimal); distance is the measure between stream banks (includes dam crest length)OFPBDSfpbWidthDouble8388fpbSlopeSlope of fish passage barrier feature (percent, 1 decimal); zero value represents flat surface (as opposed to no data)OFPBDSfpbSlopeDouble8388fpbDropDistance from culvert outlet to the water surface of the pool below (feet, 1 decimal); zero value represents no drop (as opposed to no data)OFPBDSfpbDropDouble8388fpbModTyFish passage barrier feature modification typeOFPBDSBafflesFeature added to a culvert to increase the hydraulic roughnessOFPBDSStreamSimA channel that simulates characteristics of the adjacent natural stream channelOFPBDSWeirsFeature built across a stream to raise its levelOFPBDSOtherOther fish passage barrier modification to improve passageOFPBDSUnknownUnknown modification typeOFPBDSfpbModTyString1000fpbModDescFish passage barrier feature modification descriptionOFPBDSfpbModDescString25400fpbOrYrThe year the fish passage barrier feature was built or installed (origin year). Natural barriers to be assigned year of statehood (1859) unless known to be otherwise.OFPBDSfpbOrYrString400fpbModDtFish passage barrier feature modification date (YYYYMMDD)OFPBDSfpbModDtString800fpbDesONmName of description data originator / entity (if different from identification data originator)OFPBDSfpbDesONmString3000fpbOwnOwner of the fish passage barrier featureOFPBDSfpbOwnString6000fpbLOwnOwner of the land where the fish passage barrier feature is locatedOFPBDSfpbLOwnString6000fpbOperateOperator of the fish passage barrier featureOFPBDSfpbOperateString6000fpbFyOwnFishway ownerOFPBDSfpbFyOwnString6000fpbOwnTyFish passage barrier feature owner typeOFPBDSFederalFederalOFPBDSStateStateOFPBDSTribalTribalOFPBDSPrivatePrivateOFPBDSPubUtilityPublic UtilityOFPBDSPubSpDistrictSpecial district - water control, irrigation, drainageOFPBDSCountyCountyOFPBDSCityCityOFPBDSOtherOtherOFPBDSfpbOwnTyString1500fpbLOwnTyFish passage barrier feature landowner typeOFPBDSFederalFederalOFPBDSStateStateOFPBDSTribalTribalOFPBDSPrivatePrivateOFPBDSPubUtilityPublic UtilityOFPBDSPubSpDistrictSpecial district - water control, irrigation, drainageOFPBDSCountyCountyOFPBDSCityCityOFPBDSOtherOtherOFPBDSfpbLOwnTyString1500fpbOwnONmName of ownership data originator / entity (if different from identification data originator)OFPBDSfpbOwnONmString3000fpbFyTyFishway typeOFPBDSPoolPool style fishways have a series of distinct pools in which the energy of the flow entering each one is entirely dissipated prior to flowing to the nextOFPBDSBaffledChuteChutes or flumes with roughness, designed to reduce velocity, allowing fish passageOFPBDSHybridCombination of multiple fishway typesOFPBDSFullSpanningA fishway that crosses the entire stream channelOFPBDSTrapStructures that direct the stream flow to attract upstream migrants into holding (impoundment) areasOFPBDSOtherOther known fishway typeOFPBDSUnknownUnknown fishway typeOFPBDSfpbFyTyString1500fpbFySTyFishway subtypeOFPBDS[Pool] PoolVertSlotVertical slotOFPBDS[Pool] PoolAndWeirPool and weirOFPBDS[Pool] PoolWeirOrificeWeir and orificeOFPBDS[Pool] PoolSecChanEngineered secondary channelOFPBDS[Pool] PoolOtherPool - otherOFPBDS[BaffledChute] BChuteAKSteepAlaska SteeppassOFPBDS[BaffledChute] BChuteDenilDenilOFPBDS[BaffledChute] BChuteSecChanEngineered secondary channelOFPBDS[BaffledChute] BChuteOtherBaffled chute - otherOFPBDS[Hybrid] HybridPoolChutePool and chuteOFPBDS[Hybrid] HybridSecChanEngineered secondary channelOFPBDS[Hybrid] HybridOtherHybrid - otherOFPBDS[FullSpanning] FlSpanRockWeirRock weirsOFPBDS[FullSpanning] FlSpanLogWeirLog weirsOFPBDS[FullSpanning] FlSpanConcreteWeirConcrete weirsOFPBDS[FullSpanning] FlSpanOtherWeirFull spanning - other weirsOFPBDS[FullSpanning] FlSpanRoughChanRoughened channelOFPBDS[FullSpanning] FlSpanHybridChanHybrid channelOFPBDS[FullSpanning] FlSpanOtherChanFull spanning - other channelOFPBDS[Trap] TrapPassTrap and pass - includes mechanical lifts / locksOFPBDS[Trap] TrapHaulTrap and haulOFPBDSfpbFySTyString2000fpbFyOrYrThe year the fishway was built or installed (origin year)OFPBDSfpbFyOrYrString400fpbFPasONmName of fish passage data originator / entity (if different from identification data originator)OFPBDSfpbFPasONmString3000fpbLocMdDFish passage barrier feature location collection method - description for "other"OFPBDSfpbLocMdDString10000fpbFtrTyDFish passage barrier feature type - description for "other"OFPBDSfpbFtrTyDString10000fpbFtrSTyDFish passage barrier feature subtype - description for "other"OFPBDSfpbFtrSTyDString10000fpbEvMdFADFish passage status evaluation method - description for "other full assessment"OFPBDSfpbEvMdFADString10000fpbOwnTyDBarrier feature owner type - description for otherOFPBDSfpbOwnTyDString10000fpbEvMdPADFish passage status evaluation method - description for "other partial assessment"OFPBDSfpbEvMdPADString10000fpbCommentAdditional, relevant information about the fish passage barrier featureOFPBDSfpbCommentString25400fpbFyTyDFishway type - description for "other"OFPBDSfpbFyTyDString10000OWEB_statusStatus of OWEB records as they are added to the database via the OWRI application.OWEBOWEB UpdateSmallInteger250fpbLOwnTyDFish passage barrier feature landowner type - description for "other"OFPBDSfpbLOwnTyDString10000OWEB_useridField for tracking OWEB applicants who provide input into the OFPBDS database.OWEBOWEB_useridSmallInteger250PriorityGroupRanking of high priority fish passage barriers based on a K-means cluster analysis to partition the data into the respective groupings from top ten to group 16.2019 priority list methods paperPriorityGroupString1500Detailed information for the OFPBDS feature attributes can be found online at http://www.oregon.gov/DAS/EISPD/GEO/docs/bioscience/OregonFishPassageBarrierDataStandardv1dot1.pdf