APHW&AOGS

2004/7/6-8

• Prof Yasunari
• GAME overview.
• What is connections of Kanae-san's study and mine?
• Thing is not that easy...

• Prof. Peter Fabian
• Global Change.
  
• NO2 monitoring: China and Japan is large NO2 emission countries.
• Green house gas increase and temperature rise.
• Vegetation periods become longer.
• Global Carbon Cycle.
• "Transition from fossil to renewable energy" is the only way out of the dilemma.
• Opinion: Typical Europian point of view. Assert US attitude. I like it.
  
• Prof. Robert Dickinson: GCP (global carbon project)
  
• Carbon: Science themes
• Source and Sink
• Interaction
• management
• Yoshiki Yamagata, NIES
• Current and future emission is fixed. Solve the equation.
  
• Differential game theory
• Georgii Alexandrov
• Terrestrial carbon cycle
• Rong Fu (female)
• Biamass burning.
• Boundary layer diurnal change of CO2 emission and absorption.
• David Crisp (NASA)
• Emission is definately increasing. But, atmospheric CO2 change is quite variable.
• The A-Train:
• OCO (CO2 satellite observations)  data will be available within several months
  
• Dickinson (Dai is co-author)
• Urban surface model
• SiBUC is far ahead of this research!

• Masahide Ishizuka
• Sand saltation occurs in dry condition, but if the particle size is too small, the difference is small.

• Suga-kun
  
• Concisely presented.
  
• R. Kawasaki
• Tank model simulation.
• H. Tanji
• VW for fish.
• Assume fish comsumption is equal to that of chiken, VW is calculated.
• To analyze scenarios of landuse changes (or any comparison study), fish VW should be important.
• But, this method is limitless. One need to set the thereshold (or criteria or standards).
• S. Kaneko
  

• Prof. Koike
• General talk.

• S.K. Gupta
• Large number of isotope observation. Once it's implemented, India's observation will become tremendous.
• Currently, primitive analyses yet.
  

• Massimo Bollasina
• Himalaya observation
• Jun Matsumoto
•