Study Area. The study area focused on the Bulk Power System in South-Eastern New York between Albany and New York City, and voltages underlying systems at 115 kV and above in the lower Xxxxxx Valley (Zones G, H & I). In the PSS™E power flow base case provided by NYISO, facilities rated at 115 kV and above in PSS™E designated areas 6 through 11 are monitored in the study. These areas are: • Capital District • Xxxxxx • Millwood • Xxxxxxxxx • Con Ed • Long Island
Study Area. The project area for the Ninth Street parking study is as shown in the attached map.
Study Area. The service provider will provide a quiet study area that is conducive for students to study away from their rooms.
Study Area. The study area is generally the portion of Xxxxxx Street from UTA Boulevard on the north to Xxxxxx Road on the south in Arlington, Texas. Scope of Work
Study Area. The study area for this project includes identified Colorado pikeminnow nursery habitat areas in the Green and Colorado rivers in Utah (Xxxxxx et al. 1982; Xxxxxx et al. 1985; Xxxx and Xxxxxx 1991). Specifically, Split Mountain to Sand Wash (RM 319–RM 215) on the middle Green River, Green River State Park to the confluence with the Colorado River (RM 120–RM 0) on the lower Green River, and Cisco to the confluence with the Green River (RM 111–RM 0) on the Colorado River.
Study Area. The lands in the total amended study area, from north to south are open space areas in Santa Fe Valley, County-owned portions of Xxxxxxx Creek, open space areas conveyed to the County of San Diego in 4S Ranch, San Xxxxxxx Open Space Preserve, XxXxxxx Mountain preserve lands, Xxxxxxxxxx Canyon Ecological Reserve and portions of Rancho Jamul, and lands north and south of the eastern arm of Otay Lakes. The following is a brief description of each study area. Lake Hodges Segment Preserve Areas: The Lake Hodges Segment surveyed included preserve lands in Santa Fe Valley, 4S Ranch, and Xxxxxxx Creek. The County of San Diego and The Environmental Trust own the Santa Fe Valley preserve areas. The County of San Diego is also in ownership of the four parcels that comprise the approximately 200-acre Xxxxxxx Creek open space preserve. Lands in 4S Ranch that are identified as future open space according to the specific plan maps are being dedicated to the County of San Diego as final maps are recorded in the planning approval process. At the time of the field surveys the County of San Diego had access to the open space areas in the southern portion of 4S Ranch where Xxxxxxx Creek crosses through the preserve.
Study Area. Xxxxxx Bay is a 106-acre shallow estuarine embayment of the New River within the city of Jacksonville, Onslow County, North Carolina.
Study Area. The Colorado River from Palisade, CO downstream to near Fruita, CO. Study Methods/Approach: FY 2020-2021 Due to Program budget limits in 2020 and 2021, FWS GJ will not be conducting canal salvage. We hope to start again beginning in 2022. Sections of the GVIC and GVWU canals that hold water after irrigation diversion flows are terminated each fall will be sampled using a truck-mounted electrofishing system and/or seines. Native fish may also be salvaged from some major canals lateral to the GVWU canal (e.g., Palisade Irrigation, Orchard Mesa Irrigation District) if/when the opportunity presents itself and with the proper permissions for access to these facilities. Sampling will begin near Fruita, CO at 22 Road on each canal and continue eastwards toward the most upstream portion of the Grand Valley. Sampling will begin approximately one week after the canals have been shut off in the fall, allowing them to drain down to a water level that is accessible by the sampling crew. The sampling crew will travel the canal roads searching for pools of water that could still hold fish. When pools of water are found, crews will walk the canal using electrofishing probes and/or seines to capture all fish possible. Native fish will be enumerated by species, placed in a hatchery truck, transported to the Colorado River, and released alive. Records of native fish species salvaged (by species) will be maintained. Any endangered fish collected during this process will be measured, weighed, and checked for the presence of a PIT tag. If no PIT tag is present, one will be implanted prior to releasing the fish back into the Colorado River.
Study Area. The White River is a major tributary to the Green River, second only to the Yampa River in annual discharge under current conditions of development. It is more than 200 miles long and drains nearly 5,120 square miles in western Colorado and eastern Utah, merging with the Green River in northeastern Utah approximately 98 river miles downstream from the Yampa River confluence, and two miles downstream from the Duchesne River confluence. Most White River runoff derives from high elevation snow accumulation and melt. Under current conditions, average runoff in the White River is about 508,000 acre-feet annually, based on measurements at the U.S. Geological Survey (USGS) gages near Xxxxxx, Utah (#09306500) and near the Colorado State Line (#09306395) from 1975 to 2015. Median flows vary from around 350 cubic feet per second (cfs) in late summer to well over 3,000 cfs during the peak of spring snowmelt runoff. The White River, over the period identified above, contributed on average about 13% of the total annual flow in the lower Green River as measured at the USGS gage at Green River, Utah (#09315000). The hydrology of the White River is affected by various water diversions and uses within the river basin, and by one substantial mainstem impoundment, Xxxxxx Draw Dam, near Rangely, Colorado at River Mile 103. However, compared to most other major rivers in the upper Colorado River system, the hydrology of the White River remains relatively unaltered. Agricultural water use is the single largest consumptive use in the basin. Recent estimates indicate approximately 26,000 to 28,000 irrigated acres in the basin in Colorado, with a corresponding average consumptive annual irrigation water requirement between 32,634 and 45,740 acre-feet (CWCB 2015; AMEC and Hydros, 2015). Almost all of this irrigation is provided by surface water; groundwater pumping in the basin is relatively minor.
