Regional Characteristics of Upland Irrigation in Kinki District (II) : Case studies of water requirement influenced by the different watering per irrigation in the Southern Osaka Prefecture
スポンサーリンク
概要
- 論文の詳細を見る
This study was carried out to clarify the fact how net water requirement is influenced by the different watering per irrigation in the Southern Osaka Prefecture. The different waterings per irrigation were classified to the daily irrigation method (DIM), the intermittent irrigation method (IIM), and the full layer irrigation method (FLIM). That is, study was conducted by applying the simulations of water balance calculations. Consequently, it is found that the amount of water requirement under the application of the daily irrigation method is the least of others, and effective rainfall the largest. Therefore, the daily irrigation method is judged to be the best irrigation method in humid zone.
- 大阪府立大学の論文
- 1995-03-31
著者
-
Yabe Katsuhiko
Laboratory Of Irrigation And Environment Engineering College Of Agriculture
-
Yabe Katsuhiko
Laboratory Of Irrigation And Environmental Engineering College Of Agriculture
-
TANIGAWA Torahiko
Laboratory of Water Utilization in Agriculture, College of Agriculture
-
Tanigawa Torahiko
Laboratory Of Irrigation And Environment Engineering College Of Agriculture
-
Tanigawa Torahiko
Laboratory Of Irrigation And Environmental Engineering College Of Agriculture
関連論文
- Studies on the Optimum Number of Watering Plants per Porous Pipe under the Sub-irrigation Method by Using Negative Pressure Difference
- Measurement of Matric Potential and Oospore Germination of Pythium butleri in Sea Sand
- Studies on the Effect of Saving Water in Mulching Culture under the Sub-irrigation Method by Using Negative Pressure Difference
- Land and Water Management for Cultivation under Cover in Kinki District (III) : Case Studies of the General Standards and the Actual Development
- Regional Characteristics of Upland Irrigation in Kinki District (II) : Case studies of water requirement influenced by the different watering per irrigation in the Southern Osaka Prefecture
- A Field Survey on the Actual Situations of Agricultural Hydrotechnics in the Rural Area of Misaki Town
- Experimental Studies on the Measuring Soil Moisture Tension by the Use of the Pressure Membrane Method and the Centrifuging Method
- Optimization of Soil Moisture Environment by Applying Simulation on Sub-irrigation Method (II) : Reappearance Trial by Using Conformal Mapping Method in the Distribution of Soil Moisture Tension
- Optimization of Soil Moisture Environment by Applying Simulation on Sub-irrigation Method (I) : Reappearance Trial in the Distribution of Soil Moisture Tension
- Method for Determining Design Discharge of Main Drainage Canal : Design and Management of Large Scale Irrigation System (II)
- Project Water Requirement in the Yamato Plain Land Improvement District : Design and Management of Large Scale Irrigation System (I)
- Land and Water Management for Cultivation Under in the Kinki District (I) : A case of study of the investigation of the actual conditions in Kyoto, Osaka, and Hyogo prefectures
- Land and Water Management for Cultivation Under Cover in the Kinki District (II) : A case study of the investigations of the actual conditions in Shiga, Nara, and Wakayama prefectures
- Transmission and Redistribution of the Negative Pressure in Soil : Experimental studies on the New Subsurface Drainage Method by the Use of Negative Pressure II
- Experimental Studies on New Subsurface Drainage Method by the Use of Negative Pressure
- Regional Characteristics of Upland Irrigation in Kinki District (III) : Estimation of net water requirement and net water requirement in the reference year of the design
- A Field Survey on the Actual Situations of Agricultural Hydrotechnics of Each Catchment in the Senshu Region : Actual situations of tameike irrigation system in the south part of Osaka prefecture (II)
- Research on the Water Utilization for Agriculture in the Lower Basins of the Yodogawa River and the Yamatogawa River
- Suppression Effects of Evaporation from Soil Surface by the Difference of Water Quantity per Irrigation and Soil Texture