Suchergebnisse
Suchergebnisse:
The Kansas Geological Survey has attempted to place in perspective many important factors concerning the Kansas River and its corridor. For this study, the corridor is defined as the area 6 miles (9.6 km) on either side of the river (a 12-mile [19.2-km] wide area paralleling the length of the river) from Junction City to Kansas City.
Methodology. Using data collected from the USGS and USDA and utilizing Esri ArcGIS Pro we compared land use and land change and what is applied, to water quality samples from the Kansas River to assess the potential correlations and dangers of surface agriculture runoff.
Impact of Dredging in the Lower Kansas River. Analyzing the impact of dredging can be greatly aided by knowing what type of sediment is available in the channel bed. Such an analysis was conducted for the Kansas River by Simons et al. (1984). Their results are shown in Figure 3.17, which depicts the median particle size (d50) of the bed ...
KGS--Kansas River Corridor--Appendix A. Regulatory Plan for Commercial Dredging Activities on the Kansas River. by U.S. Army Corps of Engineers (USACE)--Kansas City District. This Web version of the USACE Regulatory Plan has been placed online by the Kansas Geological Survey as part of its Kansas River Corridor study.
Impact Factor (IF): 6.4 Journal Citation Indicator (JCI): 1.6 Citations: 85,140 Open Access Support: Subscription. Country: NETHERLANDS Status in WoS core: Active. Publisher: Elsevier . Check with Clarivate MJL » Check with SCIMAGO » Check with SCOPUS ...
Partners. The Kansas River provides recreational and industrial uses, food procurement, groundwater recharge, irrigation, livestock water use, and drinking water to more than 950,000 people in northeastern Kansas. Water-quality concerns related to excessive chloride, bromide, nutrient, sediment, and bacteria concentrations have been identified ...
Kansas River Alluvial Aquifer Index Well Program: 2019 Annual Report, by J. J. Butler, Jr., E. C. Reboulet, S. Knobbe, D. O. Whittemore, B. B. Wilson, and G. C. Bohling Open-file Rept. 2019-17 Maintenance of the Kansas Geological Survey's Data Services to the National Groundwater Monitoring Network and Establishment of a Trend Well Network in the Kansas River Alluvial Aquifer , by Brownie Wilson
