BigCB Catalog Detail: "The effects of soil formation and nutrient availability on community composition"
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DatasetID 262
Name The effects of soil formation and nutrient availability on community composition
Description Elucidating the factors that determine community composition is one of the important questions in present ecological pursuits because of its impact on ecosystem stability and functioning. Here we propose that soil formation, which determines nutrient availability, has an impact on patterns of community composition. Central-coastal California is an ideal location for studying such processes because of its hilly topography; distinct communities exist in different regions of these hills depending on slope and aspect. I hypothesize, based upon differences in soil development, erosion, and soil depth, that these communities are partly structured by their soil environment. These soils likely differ in relative nitrogen, phosphorus and sulfur availability and these levels may have a strong influence on the species composition of communities. Nitrogen, phosphorus and sulfur availability in the soil and dominant vegetation will be measured at each of the different communities to determine if the differences in nutrient availability are linked with differences in nutrient levels within the dominant plants. A factorial fertilization experiment will also be constructed to determine if different nutrients limit plant productivity among the slope positions. The results will help to clarify if soil development and nutrient availability does, in fact, have an impact on community composition.
Physical Location
Publisher/Owner Amy Kochsiek, University of Nebraska, amykochsiek@hotmail.com
Publication Date
Permissions Undetermined
Source Mark Stromberg NRS file
Contact Amy Kochsiek
Type Biological Survey - Observational
Subject Plant
Geo. Extent Hastings Reserve
URL
NRS Registry? yes
Format Undetermined
Timespan Start 2003
Timespan End
Total Items
Databased Items 0   (as of 2012-08-30)
Comments unable to find publication in BIOSIS or online
Entered By Jessica Rothery
Last Updated 2012-08-30 11:03:45

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