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Last updated: October 11, 2002
South Florida Restoration Science Forum

Sustainable Agriculture

How can sugarcane research in the Everglades Agricultural Area enable natural land managers and farmers to work together to reduce phosphorus and restore natural hydrology?

Part 2: USDA-ARS and Florida Crystals

Agricultural Research Service
Florida Crystals

Long-term goal: Provide a no-cost alternative for EAA farmers to help reduce phosphorus in their discharge water.

Approach: Identify and develop productive sugarcane cultivars that yield well with less phosphorus fertilizer or remove more phosphorus from the soil than current cultivars.

Progress:

  1. Among a group of 12 advanced selections, it was estimated that the clone with the most leaf phosphorus had removed 8.5 kg per hectare more phosphorus than the clone with the least.
  2. Among 24 mostly commercial cultivars, several were identified that would yield well with less phosphorus fertilizer.

Plans:

    A. Improve techniques for identifying cultivars with desirable phosphorus characteristics.

    B. Genetically improve these characteristics.


Next Next: Conserving Organic Soils in the Everglades Agricultural Area (EAA)


U.S. Department of the Interior, U.S. Geological Survey, Center for Coastal Geology
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Last updated: 11 October, 2002 @ 09:42 PM (HSH)