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Slideshow: Organic Substrates And Fertilizers

June 22, 2010

  •  Figure 1. Growth of tomato seedlings in response to substrates prepared as described in Table 2.    © 2010
    Figure 1. Growth of tomato seedlings in response to substrates prepared as described in Table 2.  
  •  Figure 2. Yellowing of lower leaves on these impatiens is due to nitrogen deficiency.   © 2010
    Figure 2. Yellowing of lower leaves on these impatiens is due to nitrogen deficiency. 
  •  Figure 3. Cuphea growing in a substrate with high salts (left) shows leaf edge burn and poor growth as compared to a control pla  © 2010
    Figure 3. Cuphea growing in a substrate with high salts (left) shows leaf edge burn and poor growth as compared to a control pla
  •  Figure 4. Low phosphorus availability appears as purpling of lower leaves on these pansies.   © 2010
    Figure 4. Low phosphorus availability appears as purpling of lower leaves on these pansies. 
  •  Table 1. The substrates included composts at a 1:1:1 ratio with peat and perlite. The EC of some composts was higher than would   © 2010
    Table 1. The substrates included composts at a 1:1:1 ratio with peat and perlite. The EC of some composts was higher than would

What are the best organic substrates and fertilizers for greenhouses? Read here, the research in Organic Substrates And Fertilizers.

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