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Sentinel Molecular Diagnostics for Crop Agroterrorism Dr. Joe Eugene Lepo Center for Environmental Diagnostics and Biore

Sentinel Molecular Diagnostics for Crop Agroterrorism Dr. Joe Eugene Lepo Center for Environmental Diagnostics and Bioremediation University of West Florida, Pensacola Tuesday, February 13th, at 4:30 – 5:30 p.m. Ruhl Student Center, Community Room.

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Sentinel Molecular Diagnostics for Crop Agroterrorism Dr. Joe Eugene Lepo Center for Environmental Diagnostics and Biore

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  1. Sentinel Molecular Diagnostics for Crop Agroterrorism Dr. Joe Eugene Lepo Center for Environmental Diagnostics and Bioremediation University of West Florida, Pensacola Tuesday, February 13th, at 4:30 – 5:30 p.m. Ruhl Student Center, Community Room STSS07 Schedule & Abstract Site (click here)

  2. Wetlands • Characteristic hydric soil and hydrophytic vegetation as signs of frequent surface saturation or inundation. • Many types of wetlands: (Dodds, 2002; Table 4.3) • Salt-marshes and (temperate, seawater influence) • Mangrove forests (tropical, seawater influence) • Tidal & non-tidal freshwater marshes • Deepwater (cypress) swamps • Northern (bogs & tundra) wetlands • Riparian forests/wetlands • Man-made (rice paddies & bioremediation) • Function as nutrient and sediment traps; slow runoff and facilitate recharge; most are highly productive.

  3. Global Distribution Depressional Peatland bog Coastal Mangrove (Matthews, 1993)

  4. Wetland ecosystem types are based on hydrologic regime, climate, geomorphology, nutrient input and vegetation. (Dodds, 2002; Table 4.5) • Geomorphic: Peatlands; Coastal; Riverine; Depressional. • Hydrologic Regime: • Permanence, predictability (e.g. tidal), seasonality • Primary water source: • Precipitation; low throughput (ombrotrophic) • Riverine; potentially high throughput (minerotrophic) • Groundwater • Climate determines the balance of precipitation and evapotranspiration. (E.g., much less precipitation is required for tundra wetlands than that for a tropical savanna wetland.)

  5. Human Impacts on Groundwaters; Streams and Wetlands • Groundwater or surface pumping: • agriculture • industry • drinking waters. • Clearing riparian forests & wetlands • Draining and filling for “development”. • Damming and flooding • Diversion channels for water supply.

  6. Levee

  7. Arkansas River (?)

  8. Vanishing Florida Wetlands

  9. Wetland loss from 1780 to1990. 70% Riparian Forest lost in USA. Worldwide estimates are >50%; half due to agriculture.

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