Organic at  Cornell Home
  
OCS Home
  
Experiments: 
  Vegetable 
  Grain 
  Compost
  
News 
People 
Learn with us 
Collaborators only
  
 
2004, 2005 Results 
[3-page, 34K .pdf]
 | 
	
	
	
	
	
Compost experiment
  
Martens' Farm, Penn Yan, N.Y.
  
	
The purpose of the compost study is to explore effects of various rates and types of compost on crop growth, weed populations and soil properties.  The study consists of two parallel experiments.  One uses a compost with low C:N ratio (4.0-5.2-2.4) N-P2O5-K2O.  The other uses a high C:N ratio compost (1.9-3.6-2.4).  Both composts were derived from poultry manure.  Each compost was applied in the fall of 2003 onto red clover at rates of 0, 0.75, 1.5, 3, and 6 damp tons/a.  Additional compost was applied in spring of 2005 before soybean at the rates of 0, 0.15, 0.3, 0.6 and 1.2 damp tons/a. Plots are 50 by 100 ft. and each treatment is replicated three times.  Corn was grown in 2004 and soybean in 2005.  Spelt was planted after soybean harvest in 2005.
  
We are sampling weed density and height, crop production, soil nutrient status and indicators of soil health.
  
Results:
 
	 © Copyright, Department of Horticulture, Cornell University.  
Logo graphics by Rachel Kennedy.   
Design by Craig Cramer. 
Mention of trade names and commercial products is for educational purposes; no discrimination is intended and no endorsement by Cornell Cooperative Extension or Cornell University is implied.  Pesticide recommendations are for informational purposes only and manufacturers' recommendations change.  Read the manufacturers' instructions carefully before use.  Cornell Cooperative Extension and Cornell University assumes no responsibility for the use of any pesticide or chemicals. Some of the links provided are not maintained by Cornell Cooperative Extension and Cornell University.  Cornell Cooperative Extension and Cornell University are not responsible for information on these websites.  They are included for information purposes only and no endorsement by Cornell Cooperative Extension or Cornell University is implied.  Cornell Cooperative Extension provides equal program and employment opportunities.
	
	
	 |