CMIP6 Future Climate Projections

Leverage the power of CMIP6, a cutting-edge dataset, to explore comprehensive future climate projections. Our API endpoint is designed to deliver tailored insights into various climate scenarios, assisting stakeholders in sectors ranging from agriculture to urban development to anticipate and adapt to impending climate dynamics.

Select a Climate Model

Each climate model in the CMIP6 suite offers unique projections based on sophisticated simulation algorithms. Choose a model to explore the corresponding climate variables and scenarios.

HadGEM3-GC31-MM

HadGEM3-GC31-MM is a sophisticated component of the Hadley Centre's climate modeling suite, characterized by its medium-resolution (GC3.1) for comprehensive climate system analysis. The "MM" denotes its specific configuration designed for multi-decadal simulations, setting it apart with its ability to resolve finer-scale processes and interactions within the Earth's climate system.

 

🔍 Model Variables

  Explore a suite of climate variables provided by the HadGEM3-GC31-MM model:

 

• tasmin: Minimum Near-Surface Air Temperature (K)
• tasmax: Maximum Near-Surface Air Temperature (K)
• tas: Mean Near-Surface Air Temperature (K)
• sfcWind: Surface Wind Speed (m/s)
• pr: Precipitation Rate (mm/day)

 

🔍 Model Scenarios

We are able to offer the following pathways for this model:

• SSP1-2.6 - Sustainability Path: A scenario dedicated to achieving a sustainable and low-carbon future, where CO2 emissions are significantly curtailed.

• SSP5-8.5 - Fossil-Fueled Development: A pathway characterized by high greenhouse gas emissions and an increased dependency on fossil fuels.

 

References and Further Reading:

UK Earth System Modelling project details for HadGEM3-GC31-MM Access the description.

UK Met Office Description for HadGEM3-GC3 models Access the description.

EC-EARTH3-CC

EC-EARTH-CC is a high-resolution model within the European Consortium's climate modeling framework, designed for centennial-scale climate studies. The "CC" configuration excels in detailed simulations of atmospheric, oceanic, and biogeochemical processes, enabling precise long-term climate projections. This model is key for understanding complex climate dynamics and assessing future climate change impacts with high accuracy.

 

🔍 Model Variables

  Explore a suite of climate variables provided by the HadGEM3-GC31-MM model:

 

• tas: Mean Near-Surface Air Temperature (K)
• sfcWind: Surface Wind Speed (m/s)
• pr: Precipitation Rate (mm/day)
• dew: Near-Surface Dew Point (K)
• hurs: Near-Surface Relative Humidity (%)
• humidex: Near-Surface Humidex, derived from (C)
• windchill: Near-Surface Windchill (C)

 

🔍 Model Scenarios

We are able to offer the following pathways for this model:

• SSP2-4.5 - Middle of the Road Path: A scenario that envisions moderate socio-economic development and emissions reduction, aiming for a balanced approach to future growth and environmental sustainability. In this scenario, CO2 emissions peak around mid-century and decline thereafter, reflecting a world that gradually moves towards lower carbon intensity without radical changes in consumption patterns or energy production.

• SSP5-8.5 - Fossil-Fueled Development: A pathway characterized by high greenhouse gas emissions and an increased dependency on fossil fuels.

• Historical Run: A scenario replicating past climate conditions using observed data to validate model accuracy. It tracks CO2 emissions and land use changes up to the present, serving as a benchmark for future projections.

 

References and Further Reading:

Model details Access the description.

EC-Earth3 key performance metrics and biases Access the description.