Electronics inside the instrument shelter, which includes a high-data-rate transmitter (upper right) and line-of-sight receiver (middle left). The line-of-sight receiver picks up transmissions from the remote rain gage at the look-out area at the top of the Montezuma Pass, Arizona.
Fletcher C. Brinkerhoff
Deputy Director for Data (Acting), Albuquerque Field Office, New Mexico Water Science Center
Science and Products
Hydrologic response of streams restored with check dams in the Chiricahua Mountains, Arizona
Urban Storm-Water Program in the Albuquerque Metropolitan Area
Electronics inside the instrument shelter, which includes a high-data-rate transmitter (upper right) and line-of-sight receiver (middle left). The line-of-sight receiver picks up transmissions from the remote rain gage at the look-out area at the top of the Montezuma Pass, Arizona.
Remote rain gage affixed to the roof line of a building at the top of Montezuma Pass, Arizona.
Remote rain gage affixed to the roof line of a building at the top of Montezuma Pass, Arizona.
Science and Products
Hydrologic response of streams restored with check dams in the Chiricahua Mountains, Arizona
Urban Storm-Water Program in the Albuquerque Metropolitan Area
Electronics inside the instrument shelter, which includes a high-data-rate transmitter (upper right) and line-of-sight receiver (middle left). The line-of-sight receiver picks up transmissions from the remote rain gage at the look-out area at the top of the Montezuma Pass, Arizona.
Electronics inside the instrument shelter, which includes a high-data-rate transmitter (upper right) and line-of-sight receiver (middle left). The line-of-sight receiver picks up transmissions from the remote rain gage at the look-out area at the top of the Montezuma Pass, Arizona.
Remote rain gage affixed to the roof line of a building at the top of Montezuma Pass, Arizona.
Remote rain gage affixed to the roof line of a building at the top of Montezuma Pass, Arizona.