Soil functions (potential enzyme activity and nitrogen cycling rates) from manipulative experiment adding fertilizer and supplemental late-spring precipitation to a 50-ha northern California grassland underlain by a mosaic of serpentine and non-serpentine soils (November 2012-May 2013)

Kelly Gravuer, Anu Eskelinen, Joy Winbourne & Susan Harrison
Experiment added fertilizer and supplemental late-spring precipitation to a 50-ha northern California grassland underlain by a mosaic of serpentine and non-serpentine soils. Measurements of soil functions were taken after three years of consistent treatment application.Contents are as follows:"plot.name": unique name for each of the 132 plots in the experiment"irrigation.line": code indicating which irrigation line carried the supplemental precipitation to the plot"soil.type": whether the plot was on harsh serpentine (Harshserp), lush serpentine (Lushserp), or non-serpentine (Nonserp)...
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