Welcome to Lab. of LRS!

 Chidanau watershed, Indonesia

 
 
[Japanese | English]
   
 

Concept

Human can’t live without soil:
Land Resource and Environmental Science

  
  As human population increase, high productive agricultural land is essential resource to increase food production in the world. However, many problems occur recently such as land devastation of salt accumulation in arid area, pollution of grand water and eutrophication of lake or sea caused by too much input of chemical fertilizer, water shortage for irrigation, and so on.Such environmental issues have relation to inappropriate soil and water management, so it is crucial to keep balance between increase of food production and environmental conservation.
  
  

 
 

To solve such difficult problems in the field, we need to understand the specific problems by universal principles of sciences and basic properties of nature; that is, scientific attitude is required. Especially, science and technology of soil and water are essential because water, nutrient, and energy cycling in/above soil restrict plant growth and human environment. On the other hand, in field sciences, we have to grasp essential processes and key parameter in relation to the whole, instead of merely analyzing each component separately. Also, we have to choose adequate methodology, depending on the object, but not depending on our preferences.In this Laboratory, students are studying soil and water sciences for basic knowledge. In addition, if it needed, we employ any approaches to solve the problem, such as Measuring and Monitoring in the field, Remote Sensing, GIS, Experiment in Labo, Computer Simulation.
  “Object Oriented Research” style, it is our policy!!


by Professor Sho Shiozawa


  Keywords        
  Major Field
 Agricultural engineering, Soil physics, Hydrology, Meteorology, Ecohydrology
Conception
 Sustainable development, Sustainability, Land Preservation, Watershed Management, Water purification, Multifunctionality of Agriculture
Object of research
 Paddy field, Arid land, Riparian wetland, Dry terrace field
Phenomenon
 Water cycle, Water movement, Evapotranspiration, Groundwater flow, Solute movement, Soil salinity, Secondary salinity, Salt accumulation, Nitrogen cycle, dinitrification, Nitrification, Ammonia volatilization, decomposition, Flood mitigation, Alternative Wetting and Drying Irrigation, Irrigation and drainage
Method
 Field research, Laboratory experiment, Remote Sensing, GIS, Hydrological modeling, Soil-plant-atmosphere continuum(SPAC) model, Crop model, Numerical simulation, EC:Eddy correlation, REA:Relaxed eddy accumulation

Hachico


 
  Members & Theme   ※Please replace "[@]" by "@mail.ecc.u-tokyo.ac.jp".  
 
  Name theme mail to:
Professor
Sho Shiozawa
Water cycle and material cycle for sustainable production base in agricultural land(Soil-Plant-Atmosphere)
asho[@]
Associate Professor
Shuichiro Yoshida
Soil and water management in farmland for sustainable and high-yielding crop production agyoshi[@]
Assistant Professor
Kazuhiro Nishida
Conservation of agricultural land in arid area by vegetation coverage anishida[@]
Secretary
Keiko Nakano
  akeiko[@]
Mineko Yoshimoto
  amyoshi[@]
Doctor 2nd
Hideki Tsuji
Evaluation of flood mitigation capacity in dry terrace field aa097085[@]
Master 2nd
Katori Arimitsu
Relationship of diffusion coefficient of solute and volumetric water content in soil aa096192[@]
Masataka Kawamura
Comparison of salt accumulation process by with or without vegetable cover in soil accumulation aa096195[@]
 
Shuma Matsubayashi
Water management for preventing high-temperature injury of paddy aa096209[@]
1st
Keishi Hirotsu
Construction of simple model for evaluating the effect of "Tambo Dam" aa106211[@]
 
Yuki Iwama
Monitering and simulation of nitrogen discharge from farmland and aa106202[@]
Bachelor 4th
Yasutaka Kisaka

 
Yuta Yamada

 
 
 
Link

the University of Tokyo

Graduate School of Agricultural and Life Sciences, The University of Tokyo