Global Warming Science & Model 3.2

Global Warming Science and Model is a comprehensive instructional software designed to facilitate understanding of the science behind global warming and climate change. It presents a logically structured sequence of interactive simulations that elucidate key concepts fundamental to comprehending the causes and effects of Earth's rising temperatures. These simulations, complemented by detailed supporting information, make complex ideas more accessible and meaningful for students than traditional textbooks or many online resources.

The software features an authentic atmospheric/ocean coupled global climate model (GCM), which showcases the capability of advanced computational methods in climate science. The GCM allows users to explore future climate scenarios, demonstrating both the simplicity and depth of climate modeling. It is user-friendly, providing clear results, while harnessing the computational power of recent iPads or desktop computers (note that older iPads prior to 2014 may encounter performance limitations).

The content underpinning the software, including the GCM, draws extensively from authoritative sources such as reports from the Intergovernmental Panel on Climate Change (IPCC), NASA, and NOAA. This foundation ensures that students engage with rigorous scientific information, gaining insights into how greenhouse gases influence Earth's climate and why climate variability exists. The program also highlights the inherent uncertainties in climate predictions due to the nonlinear feedbacks within Earth's dynamic system.

Designed with versatility in mind, this instructional software offers hands-on lessons and offline laboratory activities that can span multiple weeks. It is suitable for a diverse range of educational levels, from middle school through college, and can complement existing curricula thanks to its modular design. The layered and differentiated content supports varied learning styles and abilities, enhancing its educational effectiveness.

This tool aims to streamline instruction by allowing educators to allocate more time toward discussing overarching principles and fostering deeper understanding. With a solid grasp of the mechanisms driving climate change, students can engage in more meaningful discussions about climate science. The software has been extensively tested and is currently utilized in numerous high schools and colleges across the United States and internationally.