The Citizen Science Soil Health Project
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Tags

  • Alkaline-soil (2)
  • Alkaline Soil (5)
  • Carbon Sequestration (1)
  • Compost (4)
  • Cover Crops (7)
  • Crop Groups (7)
  • Days Of Living Cover (7)
  • Grazing Animals (13)
  • Grower Feedback (4)
  • Irrigation Water (11)
  • Knowledge (4)
  • Longitude (2)
  • Manure (5)
  • Median (9)
  • Microbial life (4)
  • Organic Growing Methods (4)
  • Organic Matter Inputs (17)
  • Past Soil Testing (1)
  • Perennial & Annual cropping (3)
  • PH (8)
  • Phosphorus (3)
  • PLFA (Phospho-lipid Fatty Acid Test) (4)
  • Progress (18)
  • Sample Depth (1)
  • Seasonal Variation (1)
  • Soil Organic Carbon (1)
  • Soil Organic Matter (9)
  • Soil Texture (2)
  • Tillage Intensity (13)
  • Variability (13)
  • Published on
    March 16, 2023

    Predicting the Soil Health of our 3 Main Crop Groups ; PART 1

    Cover Crops Crop Groups Days Of Living Cover Grazing Animals Irrigation Water Organic Matter Inputs PH Tillage Intensity
    Most of the sites in the CSSHP fall into 3 main crop categories: Perennial Hay/Alfalfa/Pasture, Commodity Row Crops and Commercial Veg/Flower/Fruit. See if you can predict their relative soil health scores just by looking at their soil health practices.
    Predicting the Soil Health of our 3 Main Crop Groups
  • Published on
    March 16, 2023

    Predicting the Soil Health of 7 Different Crop Groups: PART 2

    Alkaline Soil Crop Groups Days Of Living Cover Grazing Animals Irrigation Water Organic Matter Inputs PH Tillage Intensity
    If you guessed that Dryland Grains would have the lowest average soil health scores, and that Trees, Wild Grasslands and Home Gardens would have the highest scores, you would hit the jackpot.  Dryland Grains have no supplemental water, no organic matter inputs, the shortest days of living cover, and high pH, which all gang up to give the group some of the lowest soil health scores.  Home Gardens have the most supplemental water available, huge organic matter inputs, very low tillage intensity and low soil pH, which raises them to the top.  Although Grasslands and Trees have no supplemental irrigation water generally and no organic matter inputs, they have the most days of living cover, no tillage and the lowest soil pH, so they do very well too.  The chart below has the average soil health scores of each of our 7 crop groups, for Soil Organic Matter, Soil Respiration, Organic Nitrogen, Organic Carbon, Soil Health Score, Total Microbial Biomass, and Number of Fungi. 
    Please remember that the numbers in these tables and graphs are averages, a mathematical construct.  There is no grower named “Average”, nor a field called “Average”.  We are talking about an imaginary mathematically constructed “average” site in these tables and charts.  Our real world is much more varied and complicated.
    Predicting the Soil Health of 7 Different Crop Groups: PART 2
  • Published on
    March 16, 2023

    Predicting the Soil Health of 7 Different Crop Groups: PART 1

    Alkaline Soil Cover Crops Crop Groups Days Of Living Cover Grazing Animals Irrigation Water Organic Matter Inputs PH Tillage Intensity
    Predicting the Soil Health of 7 Different Crop Groups: PART 1
    For each of our 7 crop groups, we calculated their average use of 6 different parameters that effect soil health: days of supplemental irrigation water, days of living cover, tons of organic matter added, number of grazing days, their tillage intensity score, and their soil Ph. 
    We then examined those averages to see if we could predict which crop groups would have the lowest and highest soil health scores.  The graphs above show the average soil health practices for all 7 crop groups.  See if you can predict which crop groups will have the best and worst soil health scores, just by looking at their relative rankings on soil health practices.  Remember that you are looking for HIGH water days, HIGH days of living cover, HIGH organic matter inputs and HIGH grazing days, but LOW tillage intensity and LOW soil pH to predict the highest soil health scores. It’s just the opposite for the lowest soil health scores.
  • Published on
    August 15, 2022

    Organic matter added to tilled fields improves soil health.

    Median Organic Matter Inputs Phosphorus Soil Organic Matter
    Organic Matter improves soil health
    Read More
  • Published on
    August 11, 2022

    More intense tillage decreases several measurements of a soil’s health.

    Organic Matter Inputs Soil Organic Matter Tillage Intensity
    intense tillage decreases soil health
    Read More
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Elizabeth@ElizabethBlackArt.com


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This material is based upon work that is supported by the National Institute of Food and Agriculture, U.S. Department of Agriculture, under award number 2021-38640-34695 through the Western Sustainable Agriculture Research and Education program under sub-award project number G351-22-W9210. USDA is an equal opportunity employer and service provider.  Site powered by Weebly. Managed by pair Networks