Skip to main content


eCommons@Cornell

eCommons@Cornell >
College of Agriculture and Life Sciences >
Agriculture, Energy & the Environment Program (AEEP) >
AEEP Data sets >

Please use this identifier to cite or link to this item: http://hdl.handle.net/1813/8380
Title: Water quality data for Kashong Creek Watershed (Ontario County and Yates County, NY) sampling sites: 1977-1979
Authors: Bouldin, David
Keywords: streams
watersheds
water pollution
water quality
agricultural pollution
sediment pollution
nitrates
nitrogen
ammonium compounds
phosphorus
fertilizers
rivers/streams
surface water chemistry
nitrogen compounds
nutrients
phosphorus compounds
suspended solids
Yates County, NY
Ontario County, NY
Seneca Lake watershed, NY
Issue Date: 29-Oct-2007
Abstract: In 1977 a sampling program was started for the Kashong watershed in conjunction with the ongoing sampling program for Fall Creek. It drains an area along the Ontario-Yates county boundary and empties into Seneca Lake. In contrast to Fall Creek, the land is more intensively farmed with much less dairy farming and more vegetable farming. About 20 samples were taken from Nov 1977 thru Mar 1979 from several sampling locations. Grab samples were taken during high and low flow events and probably included a fair sample of both high low flow events. Sampling locations and GPS locations are given in the attached location table. There was/is no current flow data for the watershed or its tributaries. However there is flow data for Flint Creek which is adjacent. It is USGS location no 04235250, daily discharge 1959-10-01 continuing through at least 2007-04-29. The flow data from Flint Creek was combined with the chemical analysis from Kashong. Regression of MRP (molybdate reactive phosphorus on centrifuged samples which is an estimate of inorganic P) on flow from Flint Creek was calculated. Next we estimated the frequency of occurrence of ranges of flow for the period 1959-2004 for the Flint and estimated how many days of a given flow range occurred during an average year. From this and the regression an estimated annual loading of MRP was calculated. The net result is 0.25 kg MRP per ha per year. Corresponding loading for fall Creek was 0.13 kg/ha/yr. Annual flow for Flint Creek is about 60 % of the annual flow for Fall Creek so the larger MRP loading means that the flow weighted MRP concentration was about twice that from Fall Creek. The total dissolved P (TDP) loading was also about twice that from Fall Creek; the ratio of MRP/TDP was much higher than in Fall Creek perhaps as a consequence of more manure in Fall Creek and hence more dissolved organic P.
Description: This data package must be uncompressed for use. In addition to the data described above, it includes an Ecological Metadata Language (EML) record, which describes in considerable detail the contents of the data table(s), methods, usage rights, and other information. All users of these data are strongly encouraged to review this EML record.
URI: http://hdl.handle.net/1813/8380
Appears in Collections:AEEP Data sets

Files in This Item:

File Description SizeFormat
KashongCreekWaterQual1977-1979.zip20.12 kBZIP Compressed fileView/Open

Refworks Export

Items in eCommons are protected by copyright, with all rights reserved, unless otherwise indicated.

 

© 2014 Cornell University Library Contact Us