Home > Supercomputer Predicts More Heat Waves, Heavy Rainfall in Japan up to 2100 >
2004.12.16 Thu
Supercomputer Predicts More Heat Waves, Heavy Rainfall in Japan up to 2100
A joint research team led by the National Institute for Environmental Studies and the Center for Climate System Research, University of Tokyo announced on September 16, 2004, the results of an analysis of the probable progress of global warming until 2100 using a supercomputer known as the "Earth Simulator."

The results of an analysis on a global basis were almost the same as the earlier estimates: the global average temperature will rise by 3 to 4 Celsius, and precipitation will increase by 5.2 to 6.4% during the period 2000 to 2100.

The results say that on average Japan's temperature and rainfall during the summer will increase because of global warming. They also say Japan will suffer heavy rainfall more frequently, and the annual number of sweltering days in which the temperature exceeds 30 Celsius will reach around 140 days by 2100, much more than the approximately 50 days per year in the twentieth century.

The research team succeeded in simulations of the atmosphere at a resolution of l00 kilometers and of the oceans at 20 kilometers, currently the highest resolution in the world for global climate forecasts. This supercomputer has paved the way for more detailed climate changes simulations than ever before, and many look forward to its further contribution to such analysis.



Posted: 2004/12/16 04:24:12 PM
Japanese version
| Posted by jfs |
NEXT ACTION
Search more news from JFS   
Read next article: Prime Minister's New Official Residence to Get World's 1st Home Fuel-Cell Units
Read previous article: Mitsubishi Paper and Partners Develop Sugarcane-Fiber Shirts
Support JFS
About JFS
RELATED NEWS

Temperatures at Higher Latitudes of Northern Hemisphere to Rise More than Predicted
Local Government Network on Biodiversity Inaugurated in Japan
Japan Sees Warmer and Dryer Summer in 2011
'Green Curtain' Outside Chiba City Hall Helps Reduce Indoor Temperature
Three Japanese Companies Team Up to Remove Salt from Tsunami-Hit Farmland


Japanese Institute Evaluates Carbon Balances of Tropical Forests in Southeast Asia, Deforestation Effects using New Model
Honda to Reduce CO2 Emissions from Global Products by 30%
Toyota CRDL Succeeds in World's First Artificial Photosynthesis Using only Water and CO2
Temperatures at Higher Latitudes of Northern Hemisphere to Rise More than Predicted
Japanese Shipping Company Releases Online CO2 Calculator for Cargo Transport


Fuji Electric Tests Light-Weight PV System for Plastic Greenhouses
Wasabi Odor Fire Alarm Wins Ig Nobel Prize for Chemistry
Japanese Firm Begins Development of Tidal Power Generation System
Toyota CRDL Succeeds in World's First Artificial Photosynthesis Using only Water and CO2
Hitachi Zosen Inova AG based in Switzerland Subsidiary Accepts Order to Construct Municipal Energy-from-Waste Plant in UK

Creative Commons