Search Results - "Environment (biophysical)"

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  1. Cover Image

    Suitability mapping for rice in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Jorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
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    Informe técnico
  2. Cover Image

    Suitability mapping for maize in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  3. Cover Image

    Suitability mapping for watermelon in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  4. Cover Image

    Suitability mapping for cassava in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  5. Cover Image

    Suitability mapping for sugarcane in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  6. Cover Image

    Suitability mapping for mango in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  7. Cover Image

    Suitability mapping for sweet potato in the Mekong Delta, Cambodia by Villano, Lorena, Raviz, Jeny, Aunario, Sorrel Khalil, Balanza, Jane Girly, Laborte, Alice

    Published 2024
    “…"Each crop has specific requirements to grow optimally in a given environment. Biophysical parameters such as climate, land and terrain, as well as, management practices, infrastructure and technological interventions (e.g., irrigation) could affect the suitability and productivity of a crop. …”
    Get full text
    Informe técnico
  8. Cover Image

    Modelling forage yield and water productivity of continuous crop sequences in the Argentinian Pampas by Ojeda, Jonathan Jesus, Pembleton, Keith G., Caviglia, Octavio, Islam, Md. Rafiqul, Agnusdei, Monica Graciela, Garcia, Sergio Carlos

    Published 2018
    “…However, it is unclear how year-by-year rainfall variability and interactions with soil properties affect FCS dry matter (DM) yield in these environments. Biophysical crop models, such as Agricultural Production Systems Simulator (APSIM), are tools that enable the evaluation of crop yield variability across a wide of environments. …”
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