These models and simulations have been tagged “climate-model”.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing solar radiation, Earths albedo, and ocean heat capacity on the Earths temperature by using the sliders in the panel below.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing solar radiation, Earths albedo, and ocean heat capacity on the Earths temperature by using the sliders in the panel below.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing the ocean's depth (i.e. heat capacity) and the pattern of solar radiation on the earth's temperature by using the sliders in the panel below.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing the ocean's depth (i.e. heat capacity) and the pattern of solar radiation on the earth's temperature by using the sliders in the panel below.
Didactic model simulating the annual variation of the Earth's mean temperature based on CO₂ concentration, climate feedbacks (water vapor and greenhouse effect), the planet's thermal capacity, and empirical data from NOAA and NASA GISS. It allows exploration of how different factors contribute to climate change and facilitates understanding of the relationship between radiative forcings and the global thermal response.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing the ocean's depth (i.e. heat capacity) and the pattern of solar radiation on the earth's temperature by using the sliders in the panel below.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing solar radiation, Earths albedo, and ocean heat capacity on the Earths temperature by using the sliders in the panel below.
A simple Energy Balance Climate Model of the Earth with no atmosphere. Explore the impact of changing solar radiation, Earths albedo, and ocean heat capacity on the Earths temperature by using the sliders in the panel below.
