Directory UMM :Data Elmu:jurnal:A:Agricultural Water Management:Vol45.Issue2.Jul2000:
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Initially, the model is extremely simple; we estab- lish its basic behavior as an isolated system, and analyze the interactions of harvest rates (maxi- mum sustained yield
The soil water–salt balance-crop growth model (SWB) and the CLIMGEN weather data generator were used to simulate 30 years of irrigation with gypsiferous mine water for
Based on these observations, two automated irrigation systems: one with soil electrical conductivity and the other with leaf±air temperature as indicators for irrigation automation
The comparative plot of drop size distribution resulted from image processing technique and pellet method for a sprinkler nozzle of 5 mm diameter operating at a pressure of 14 m
For an irrigated area in the Western part of Turkey, the physically based one-dimensional agro-hydrological model SWAP for water transport and crop growth was applied in a
If the calculated values of the atmospheric evaporative demand can be appropriately reduced by taking into account dynamic soil and crop effects it is possible to partition
In Part 1, we will describe the field experiments conducted at Hillston (New South Wales) and Walpeup (Victoria) during the period 1991±1995. We will show how the water-balance
The objective of this study was: (1) to characterize variability in crop growth (expressed by measured hill scores), yield (grain) and soil characteristics within and between
