HadCM3 Climate Simulation Under High-Emission IPCC Scenario

A climate simulation using the Hadley Centre Coupled Model Version 3 (HadCM3) for the IPCC Third Assessment Report. The dataset contains the SRES-A1F1 scenario, representing the highest emissions pathway among IPCC SRES scenarios. The model was developed by the Hadley Centre with contributions from SCIOPS.

Use Cases

• Analyze projected climate variables under high greenhouse gas forcing from the SRES-A1F1 scenario.
• Compare model outputs, such as temperature and precipitation, against other IPCC emission scenarios.
• Study the impact of specific forcings like sulfur, tropospheric ozone, and methane on simulated climate patterns.
• Validate or benchmark newer climate models against the established HadCM3 simulations.

Strengths

• Model developed by the authoritative Hadley Centre for the IPCC Third Assessment Report.
• Simulation includes the highest emissions scenario (SRES-A1F1) from the IPCC SRES family.
• Model incorporates improved radiation, convection, and land surface schemes over its predecessor.

Limitations

• Specific temporal coverage, spatial resolution, and output variables are not detailed.
• Dataset size, row count, and available file formats are unknown.
• The simulation represents a specific scenario family (SRES) which has been superseded by newer Representative Concentration Pathways (RCPs).

Provenance

Source

Hadley Centre (Met Office) via NASA Earth Data platform.

Collection Method

Output from the HadCM3 coupled atmosphere-ocean general circulation model simulation.

Time Range

null

Freshness

Last updated date is 2100-12-01, which appears to be a placeholder or future date, indicating potential metadata issues.

Geography

Global