Mori Ken | Laboratory Of Bioproduction And Environment Information Science Division Of Bioproduction And Enviro

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著作論文

Selection of Genetic Algorithm Operators and Application for Calibration of Dissolved Oxygen Simulation in the River Water Quality Model
Movement of Water Collected by Vegetables in Plastic-mulching Field
Evaluation of Environment on Rice Production for the Rice Terraces in Hoshino Village
An Application of Control Volume Method to Simulation of Soil Water Distribution under Line Source of Trickle Emitters
Development Process of Thermal Convection Based on Water Surface Cooling with Aquatic Plants
Investigation of a Laser Scanner for Measurement of Lodging Posture of a Wheat Bunch
Study on Wind Shear Acting on the Water Surface of Closed Water Bodies
Behavior of Cold Water Mass Due to Water Surface Cooling in a Closed Water Body
Thermal Convection in a Closed Water Body wit Aquatic Plants
Some Primary Characteristics of Water Quality in a Closed Water Body in Sasaguri, Fukuoka Prefecture, Japan
Turbulent Structure in a Closed Density Stratified Water Body with Floating Vegetation
Experimental Study for Wind Velocity Profiles in and around a Rice Canopy at Different Growing Stages
Numerical Simulations of Cohesive Sediment Transportation in Coastal Waters Considering Time-dependent Sediment Resuspension and Deposition
Flow in a U-shaped Burrow
Chaotic and Fractal Modeling of Water-Stage Time Series in a Tidal River
Mathematical Modeling of Fish Schooling of Japanese Medaka using Basic Behavioral Patterns
Nonlinear Prediction of River Water-Stages by Feedback Artificial Neural Network
Effect of Wind Induced Flow in a Closed Density Stratified Water Area Partially Covered with Floating Water Plants
Effect of Floating Water Plants on Wind-Induced Flow in a Closed Water Body
Impact of luxuriant aquatic plants on thermal convection in a closed water body
Effect of plastic-film mulching on leaching of nitrate nitrogen in an upland field converted from paddy
Structure of thermal convection development based on inhomogeneous water surface cooling
Numerical prediction of suspended sediment concentrations in the Ariake Sea, Japan, using a time-dependent sediment resuspension and deposition model

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