prepared for the Colorado Division of Wildlife ; submitted by Carron A. Meaney [and others]., "30 October 1997.", Includes bibliographical references (pages 18-20)., Online resource; title from PDF cover (viewed November 2022), Print version record.
by Russell K. Livingston ; prepared by the U.S. Geological Survey in cooperation with the Colorado Division of Water Resources, Office of the State Engineer and the Southeastern Colorado Water Conservancy District., Includes bibliographical references (page 39).
Efforts to transplant Gunnison sage-grouse (GuSG) from capture locations in the Gunnison Basin to satellite populations were initiated to address concerns related to falling lek counts and the associated decline in populations. The goals of this effort were to boost population numbers to increase potential mating opportunities and to address the threat of low genetic diversity., report prepared by: D.J. Neubaum, S.R. Wenger, and K.M. Keisling., "June 7, 2019.", Includes bibliographical references (pages 52-54), Online resource; title from PDF cover (viewed December 2019)
Description based on online resource; title from PDF cover (viewed March 2013), "November 2004. (Revised August 2005)", Includes bibliographical references (p. [13])
The Fruitland Formation of the San Juan Basin extends from southwestern Colorado into New Mexico and is the most productive coalbed methane (CBM) reservoir in the United States. Data and trend analysis were performed to assess the distribution and long-term changes in the groundwater quality in the San Juan Basin. The intent of the analysis was to identify any short or long-term trends that might indicate that oil and gas drilling and production activities are impacting domestic water wells in the San Juan Basin. Therefore, emphasis was placed on a subset of constituents that could indicate potential impacts from CBM drilling and production activities., submitted to: Colorado Oil and Gas Conservation Commission ; submitted by: AMEC Foster Wheeler Environment & Infrastructure, Inc., "June 26, 2015.", Includes bibliographical references (pages 6-7)., Project No. 32820023.
The producing formations of the Denver-Julesburg Basin are currently being economically recovered in the Greater Wattenberg Area (GWA) of north-central Colorado for gas and oil condensate. Production has occurred mainly in southwestern Weld County. Data and trend analysis were performed to assess the distribution and long-term changes in the groundwater quality in the GWA. The intent of the analysis was to identify any short or long-term trends that might indicate that oil and gas drilling and production activities are impacting domestic water wells in the GWA. Therefore, emphasis was placed on a subset of constituents that could indicate potential impacts from drilling and production activities., submitted to: Colorado Oil and Gas Conservation Commission ; submitted by: AMEC Foster Wheeler Environment & Infrastructure, Inc., "June 26, 2015.", Project No. 32820037
Cover title., Plate 1: Tri-towns subsidence investigation, Weld County, Colorado, mining features (scale 1:4,800); Plate 2: Tri-towns subsidence investigation, Weld County, Colorado, subsidence evaluation and hazard classification (scale 1:4,800); Plate 3: Tri-towns subsidence investigation, Weld County, Colorado, representative cross-sections., "This study was funded by U.S. Government Grant No., Includes bibliographical references (p. 49-52)., Description based on print version record.
