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Full-Text Articles in Physical Sciences and Mathematics
Plant Root Depth Of Tropical Perennial Grasses In A Temperate Environment, Sean R. Murphy, G. M. Lodge, M. A. Brennan
Plant Root Depth Of Tropical Perennial Grasses In A Temperate Environment, Sean R. Murphy, G. M. Lodge, M. A. Brennan
IGC Proceedings (1997-2023)
No abstract provided.
Compound System And Benefit Analysis About Legumes Forage Intercrop With Prickly Ash In Linxia, Yanqiong Zeng, Shiming Yang
Compound System And Benefit Analysis About Legumes Forage Intercrop With Prickly Ash In Linxia, Yanqiong Zeng, Shiming Yang
IGC Proceedings (1997-2023)
No abstract provided.
Early Sowing And Irrigating Of Rape Crops In Cool Temperate Environments Boosts Forage Yield Potential, Matthew T. Harrison, Keith G. Pembleton, Richard P. Rawnsley
Early Sowing And Irrigating Of Rape Crops In Cool Temperate Environments Boosts Forage Yield Potential, Matthew T. Harrison, Keith G. Pembleton, Richard P. Rawnsley
IGC Proceedings (1997-2023)
Forage rape is commonly grown on Tasmanian dairy farms to provide feed during periods of low pasture growth and/or low nutritive value. In these regions, forage crops are generally sown between early spring and late autumn and are commonly rainfed, though farmers may apply a single irrigation at sowing. While the effect of water availability on forage yield has been well characterised for regions in north-western Tasmania (Neilsen 2005), there is a dearth of information for other regions in Tasmania. Hence, the objectives of this study were to identify optimal sowing times for, and determine the extent to which a …
Evaluation Of The Crop Growth Component Of The Root Zone Water Quality Model For Corn In Ohio, Sue E. Nokes, Feliks M. Landa, Jon D. Hanson
Evaluation Of The Crop Growth Component Of The Root Zone Water Quality Model For Corn In Ohio, Sue E. Nokes, Feliks M. Landa, Jon D. Hanson
Biosystems and Agricultural Engineering Faculty Publications
The Root Zone Water Quality Model (RZWQM) is a computer model developed to simulate water, chemical, and biological processes in the root zone of agricultural management systems. As of this writing RZWQM is in the beta-testing phase of development. This article reports on a parameterization and evaluation study performed in Ohio on field corn for the crop growth component of RZWQM. The generic crop growth model in RZWQM had not previously been parameterized or tested on field corn. This article reports the results of such a study. One year of data was used to calibrate RZWQM, and two additional years …