Transcript
Page 1: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Biological Control and Management of Aquatic

Weeds/ Invasive Species in South Florida

• Identifies and collects natural enemies for control of invasive species

• Released 13 insect species for use against five invasive, non–native plants in South Florida

Page 2: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Everglades Agro-Hydrology Model

• Simulates water balance, agrochemical movements, soil tillage, irrigation, and crop growth

• Helping farmers to cope with the hydrologic changes that may result from the Everglades restoration plan

Page 3: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Nutrient, Pesticide, and Water

Management for Horticultural Crops • Determine the fate and

transport of nutrients and pesticides

• Develop management practices that reduce losses of nutrients and pesticides into water

• Assess the potential of aquatic plants and algal species to purify horticultural runoff of excess nutrients and pesticides

Page 4: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Atmospheric Processes of Agricultural Pollutants that

Affect Air and Water in South Florida

• ARS established air quality sampling sites in Biscayne National Park and West Palm Beach, FL

• Complements water quality research and toxicity testing by NOAA's National Ocean Service scientists in the St. Lucie Estuary and Florida Bay areas

Page 5: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Beef Cattle Grazing Systems to Protect

Water Resources

• Develop better forages and grazing practices to improve the profitability of beef cattle production and protect water quality

Page 6: Biological Control and Management of Aquatic Weeds/ Invasive Species in South Florida Identifies and collects natural enemies for control of invasive species

Development of Improved Sugarcane Varieties and Their Use in Sustainable Agricultural Production

Systems

• Improve sugarcane’s tolerance to wetter conditions

• Develop agronomic practices that sustain or improve profits under changing hydrological conditions

• Improve sugarcane’s ability to yield well with less phosphorus fertilizer or take up more soil phosphorus

• Quantify the effects of raised water tables and flooding on the microbial activity that causes soil subsidence


Top Related