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Do actively cycling C and N pools depend ultimately on soil P supply? Across-biome synthesis

PIs:

  • Craig See, Postdoctoral Scientist, Northern Arizona University
  • Ellery Vaughan, Postdoctoral Scientist, Northern Arizona University
  • Ruth Yanai, Professor, SUNY College of Environmental Science and Forestry

Project Summary

Scripted Workflow

  1. Harmonize - Using GoogleSheet Data Key, combine all raw data files. Creates archival data in long format.

  2. Wrangle P Fractions - Sum P fractions conditionally by dataset to create relevant P sums (e.g., "total", "slow", etc.)

  3. Attach Ancillary Data - Join on ancillary data to the data created by step 2 for use in statistics/visualization

  4. Extract Spatial Information - Grabs the resulting csv from Step 3 and add on lithology and soil order data for lat/lon coordinates

  5. Statistics Prep - Subset the data made by step 3 into scientifically-relevant groups for testing particular hypotheses

  6. Calculate Averages - Accept all 'stats-ready' files and average to both plot- and site-level

7A. Graphs - Make graphs/figures from the data created by step 4 and 5

7B. Statistics - Perform statistics on data (likely only data from step 4 but maybe step 5 too)

Supplementary Resources

NCEAS Scientific Computing Support Team page link

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Do actively cycling C and N pools depend ultimately on soil P supply? Across-biome synthesis

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