7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT

• APSIM is an internationally well-recognized cropping systems models for scientists. An SRFSI team conducted many on-station trials in partners’ research station, which managed by SRFSI NARES partners’ scientists for validation of APSIM. The models simulated biophysical performances on the systems on a daily basis in terms of crop yields, water use, soil dynamics, climate, the fate of nutrients, and residues management. • APSIM was regionally validated using also results from on-farm experiments; validated models were used to explore the profitability, sustainability, and risk reduction potential of technological options under different contemporary and future climate scenarios. Using actual, historical, and predicted sets of climate data, the model was used to explore technology effects, sustainability, and riskiness over longer time periods than possible for field results in a 4-year project. Researchers from the region developed expertise in the use of the APSIM model, and the modeling effort was supported by CSIRO scientists.

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Bibliographic Details
Main Authors: Gaydon, Don, Laing, Alison, Poulton, Perry, SRFSI team
Other Authors: Islam, Saiful
Language:English
Published: CIMMYT Research Data & Software Repository Network
Subjects:Agricultural Sciences,
Online Access:https://hdl.handle.net/11529/10548051
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record_format Dataverse
spelling dat-cimmyt-11529105480512020-08-02T01:00:12Z7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYThttps://hdl.handle.net/11529/10548051Gaydon, Don Laing, Alison Poulton, Perry SRFSI team CIMMYT Research Data & Software Repository Network• APSIM is an internationally well-recognized cropping systems models for scientists. An SRFSI team conducted many on-station trials in partners’ research station, which managed by SRFSI NARES partners’ scientists for validation of APSIM. The models simulated biophysical performances on the systems on a daily basis in terms of crop yields, water use, soil dynamics, climate, the fate of nutrients, and residues management. • APSIM was regionally validated using also results from on-farm experiments; validated models were used to explore the profitability, sustainability, and risk reduction potential of technological options under different contemporary and future climate scenarios. Using actual, historical, and predicted sets of climate data, the model was used to explore technology effects, sustainability, and riskiness over longer time periods than possible for field results in a 4-year project. Researchers from the region developed expertise in the use of the APSIM model, and the modeling effort was supported by CSIRO scientists. Agricultural SciencesEnglishIslam, Saiful
institution CIMMYT
collection Dataverse
country México
countrycode MX
component Datos de investigación
access En linea
En linea
databasecode dat-cimmyt
tag biblioteca
region America del Norte
libraryname Centro Internacional de Mejoramiento de Maíz y Trigo
language English
topic Agricultural Sciences
Agricultural Sciences
spellingShingle Agricultural Sciences
Agricultural Sciences
Gaydon, Don
Laing, Alison
Poulton, Perry
SRFSI team
7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
description • APSIM is an internationally well-recognized cropping systems models for scientists. An SRFSI team conducted many on-station trials in partners’ research station, which managed by SRFSI NARES partners’ scientists for validation of APSIM. The models simulated biophysical performances on the systems on a daily basis in terms of crop yields, water use, soil dynamics, climate, the fate of nutrients, and residues management. • APSIM was regionally validated using also results from on-farm experiments; validated models were used to explore the profitability, sustainability, and risk reduction potential of technological options under different contemporary and future climate scenarios. Using actual, historical, and predicted sets of climate data, the model was used to explore technology effects, sustainability, and riskiness over longer time periods than possible for field results in a 4-year project. Researchers from the region developed expertise in the use of the APSIM model, and the modeling effort was supported by CSIRO scientists.
author2 Islam, Saiful
author_facet Islam, Saiful
Gaydon, Don
Laing, Alison
Poulton, Perry
SRFSI team
topic_facet Agricultural Sciences
author Gaydon, Don
Laing, Alison
Poulton, Perry
SRFSI team
author_sort Gaydon, Don
title 7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
title_short 7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
title_full 7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
title_fullStr 7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
title_full_unstemmed 7.1-APSIM-Regional Wheat Research Center-Rajshahi-on-station research trials-SRFSI Project-ACIAR-CIMMYT
title_sort 7.1-apsim-regional wheat research center-rajshahi-on-station research trials-srfsi project-aciar-cimmyt
publisher CIMMYT Research Data & Software Repository Network
url https://hdl.handle.net/11529/10548051
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