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Links and Resources


General Climate Science Resources

Global Climate Change Education

Global Climate Change: Vital Signs of the Planet

Intergovernmental Panel on Climate Change

Mathematics of Planet Earth, 2013

National Climatic Data Center

NOAA Research

Real Climate: Climate science from climate scientists

United States Global Change Research Program

U.S. Climate Change Technology Program

U.S. Environmental Protection Agency

Online Learning Tools

NASA Interactive quizzes

CSUN Resources

Resources for Teaching Meteorology

Weather Station

Remote Sensing Tutorials (Requires ArcGIS and/or ERDAS)

In the tutorials below, ESRI’s ArcGIS and ERDAS’s Imagine software are used to explore NASA satellite data to examine features in the earth's hydro- and bio- spheres that affect climate and indicate climate change. Several sets of tutorials have been developed to (1) help students acquire skills in understanding, downloading and processing satellite data, (2) integrate remote sensing technology and data with GIS, (3) raise awareness about climate change. These tutorials are geared towards post-secondary students. L3 (Level 3) exercises are directed towards undergraduates enrolled in an introductory remote sensing class. L4 (Level 4) exercises are targeted at undergraduates with some experience in remote sensing or graduate students.

1. Mapping snow cover using MODIS

Exercise 1: The MODIS Instrument (L3); The MODIS Instrument (L4)

Exercise 2: Normalized Difference Snow Index (L3); Normalized Difference Snow Index (L4)

Exercise 3: Quality Control Procedures and Masks (L3); Quality Control Procedures and Masks (L4)

Exercise 4: Apply masks to create a corrected snow map (L3); Apply masks to create a corrected snow map (L4)

2. Mapping Sea Ice using a Microwave Imager/ Sounder (SSMIS)

Exercise 1: Download and import SSMIS data (L4)

Exercise 2: Calculate and Map Sea Ice Concentration (L4)

Exercise 3: Make corrections to sea ice map and compare to NASA product (L4)

3. Mapping global atmosphere using AIRS

Exercise 1: Mapping Global Carbon Dioxide Concentrations Using AIRS (L3)

Exercise 2: Mapping Global Temperature and Ozone Using AIRS (L3)

4. Fire Mapping using ASTER

Exercise 1: The ASTER instrument and fire damage assessment (L3, L4)

Exercise 2: Calculate radiance and reflectance (L3, L4)

Exercise 3: Calculate the Normalized Burn Ratio (NBR) and difference Normalized Burn Ratio (dNBR) (L3, L4)

Old Fire student data

5. Using GRACE to evaluate change in Greenland's ice sheet

Exercise 1: Download, import and map GRACE data (L3, L4)

Exercise 2: View and animate seasonal ice sheet mass changes (L3, L4)

Exercise 3: Calculate and visualize annual ice sheet mass changes (L3, L4)

Exercise 4: Calculate annual mass loss rate (L3, L4)

6. Using Landsat to examine deforestation in Brazil

Exercise 1: Identify forested and deforested areas (L3, L4)

Exercise 2: Calculate carbon emissions from deforestation (L4)

Brazil deforestation student data

7. Using MODIS to analyze the seasonal growing cycle of crops

Exercise 1: Understand and locate MODIS images (L3)

Exercise 2: Understand the spectral signature of vegetation (L3)

Exercise 3: Seasonal change in Normalized Difference Vegetation Index (NDVI) (L3)

Seasonal crop student data

Articles, Reports, and Conferences

Turn the Heat Down: Why a 4°C Wamer World Must be Avoided
A World Bank Report

The Discovery of Global Warming
by Spencer Weart, director of the Center for History of Physics at the American Institute of Physics.

KITP Program: Physics of Climate Change
(April 28 - July 11, 2008)
In partnership with the National Center for Ecological Analysis and Synthesis;

The clouds of unknowing
The Economist, March 18, 2010


 

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