Landscape Hydrology Course SC0413

March 21, 2018 –  Landscape Hydrology – SC0413
Develop an understanding of how landscape position influences the seasonal high water table and gain experience interpreting the morphology of upland soils.

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T.Richardson Soils and Env.
9158 NE 76th Ct.
Gainesville, FL 32609

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Previous Class Comments:

  • “Great Course”
  • “Instructor was extremely knowledgeable and course utilized great field sites”
  • “Every DOH employee involved with the OSTDS Program should have attendance mandated”

Landscape Hydrology
Course SC0413

Date March 21, 2018
Location
Austin Carey Memorial Forest – Learning Center
University of Florida, IFAS School of Forest Resources & Conservation

10625 NE Waldo Rd. Gainesville, FL 32609

Instructor
Travis Richardson, MS, CPSS
T.Richardson Soils and Environmental
Travis@RichardsonSoils.com
Provider Number SP0020

About
The primary focus of this course will be to provide participants hands on experience determining the seasonal high water table based on soil morphology. Landscape position is generally the primary driver of hydrology at the local scale. Landscape position is a result of geologic formations and prior climatic conditions. Developing a general understanding of geologic formations and the resulting landscapes enables a broader understanding of water movement across and through the landscape. Understanding landscapes and water movement is critical for numerous structural, public health, and environmental applications. Onsite sewage treatment and disposal systems and stormwater systems rely on accurate identification of groundwater saturation to provide the appropriate level of treatment prior to reaching the groundwater. Because the water table can fluctuate many feet, the goal is to identify where saturation and anaerobic conditions occur during normal wet season conditions. This is achieved through identification of soil morphologies that result from repeated saturation and drying.

CEUs
Florida Registered and Master septic tank contractors are awarded 8.0 contact hours for this training. Individuals certified under s. 381.0101, FS are awarded 9.0 contact hours for this training.