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Evapotranspiration - USU (duplicate)


In this module, you will gain an understanding of the role evapotranspiration (ET) plays in the hydrologic cycle and practical experience in calculating ET fluxes at different temporal and spatial scales for solving an array of water balance problems. You will learn how to estimate ET, including the water balance method, temperature and radiation-based methods, the use of an evaporation pan, and the Penman-Monteith equation. The learning activities in this module incorporate data from NOAA for Lake Michigan/Huron, FluxNet datasets from the AmeriFlux network, as well as Landsat and Sentinel satellite datasets used for performing hydrologic investigations where knowledge of ET is needed. This class is a duplicate from the original Hydrolearn "Evapotranspiration" course, by Josephine A Archibald, Hugo A. Gutierrez and Shangping Xu. Please, always refer to it. https://edx.hydrolearn.org/courses/course-v1:HumboldtState+ENGR440+2020_Fall/about.

Enrollment in this course is by invitation only

Evapotranspiration

This module will review methods of estimating and measuring ET

Module Overview

This module gives a broad overview of ET. The last section on remote sensing is appropriate for graduate students or advanced undergraduates.

Topics Covered

Overview of ET, Water Budget, Measurements of ET, Parameters related to ET, PET Estimation (T and Rn -based), Penman-Monteith Ref ET, Improving Water Management using Remote Sensing

Prerequisites

Students are expected be comfortable with Excel, and to have some familiarity with computer programming, but knowledge of a specific programming language is not required. Students will be asked to interpret and modify code in order to create graphs for analysis and interpretation.

Course Authors

Course Staff Image #1

Josephine A Archibald

Humboldt State University

Email Address: josephine.archibald@humboldt.edu
Course Staff Image #2

Hugo A. Gutierrez

University of Texas at El Paso

Email Address: hagutierrez@utep.edu
Course Staff Image #2

Shangping Xu

University of Wisconsin Milwaukee

Email Address: xus@uwm.edu

Tools Needed

MS Word and Excel, Python, GIS software

Expected Effort

The module developers estimate that this module will take about 16 hours to complete.

  1. Course Export

    Export Link

    To customize this course for your own needs, export a copy and import into a new empty course inside Studio. Requires a HydroLearn instructor Studio account.

  2. Course Number

    CEE_5930_6930
  3. Classes Start

  4. Estimated Effort

    16 hours