CliMathNet Conference 2013 Continue reading
Category Archives: Global Warming
Conceptual Climate Models: MAA-MCRN Short Course at the 2013 JMM
This two-day short course introduces conceptual models of the Earth’s climate system. The first day is devoted to Energy Balance Models (EBMs): differential equations which express the physical law of energy conservation in mathematical terms. The second day is devoted … Continue reading

IIASA’s annual 3-month Young Scientists Summer Program (YSSP) offers research opportunities to talented young researchers whose interests correspond with IIASA’s ongoing research on issues of global environmental, economic and social change. From June through August accepted participants work within the … Continue reading
Tom Pfaff’s Sustainability Materials for Mathematics
Materials are available for mathematics courses (mostly Calculus I, Statistics, & Differential Equations) covering a variety of sustainability related topics. Tom Pfaff’s Sustainability Materials Sustainability Math Resources Website
NASA Exploring Climate Change Through Graphs, Rates and Slopes
SpaceMath@NASA in collaboration with Houghton-Mifflin has produced a multi-media module for seventh grade math students that covers climate change. The module includes a press release, NASA video, and a series of standards-based three math problems for student exploration of global … Continue reading
NASA Exploring Climate Change by Graphing Functions
SpaceMath@NASA in collaboration with Houghton-Mifflin has produced a multi-media module for sixth grade math students that covers climate change. The module includes a press release, NASA video, and a series of standards-based three math problems for student exploration of global … Continue reading
NASA SpaceMath - Problems in Earth Science
SpaceMath@NASA has created a number of individual math problems for grades 5-12 that feature Earth science themes. This webpage is the archive of these problems - each is given by its title, content, grade level and math skill, and consists … Continue reading
NASA Remote Sensing Math
With 103 problems designed for middle and high school students, this book covers many topics in remote sensing, satellite imaging, image analysis and interpretation. Examples are culled from NASA earth science and astronomy missions. Students learn about instrument resolution and … Continue reading
NASA Earth Math
With 46 problems tailored for grades 5-9, students explore the simple mathematics behind global climate change through analyzing graphical data, data from NASA satellites, and by performing simple calculations of carbon usage using home electric bills and national and international … Continue reading
We all know something about waves; we’ve seen them in the sea and as ripples on a pond. We know that sound travels to our ears as a wave and that some properties of light can be explained by its … Continue reading
MCRN Mathematics and Climate Annotated Reading Lists
MCRN Annotated reading lists: Each reading list is designed to provide an introductory guide to one area of climate science through its literature. They can be used for independent study, or as the foundation for upper division and graduate reading courses. … Continue reading
AMS-ASA-MAA-SIAM Math Awareness Month
April is Math Awareness Month in the US! Check out the essays, posters and related materials for 2013 and previous years‘ themes, including: 2013 - Mathematical and Sustainability 2011 - Unraveling Complex Systems 2009 - Mathematics and Climate 2008 - … Continue reading
The aim of the conference is to bring together scientists from three areas as diverse as Earth Sciences of fluid phenomena, Non-equilibrium Statistical Mechanics and the Theory of Extreme Events for dynamical systems. Though they have historically common roots and … Continue reading
Fields Institute program on the Mathematics of Oceans, that is to take place in the year 2013 as a part of the initiative for the Mathematics of Planet Earth.
There are three principal themes for this program:
(1) nonlinear ocean wave dynamics, including extreme wave dynamics such as rogue waves and tsunamis,
(2) oceanic circulation and ocean-atmosphere interaction, including global scale phenomena such as the meridional overturning circulation and currents such as the Gulf Stream, mesoscale processes described by quasi-geostrophic flows, as well as highly nonlinear submesoscale processes, including their role in the stability of the earth’s climate, and the impact of their variations; and
(3) wave interactions and turbulence, including statistical descriptions of ocean wave spectra and its role in predictions of sea state and weather. Continue reading