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Efforts are under way in the agricultural research for development community to employ crop growth simulation models for the ex"=ante assessment of the impacts of agricultural technologies, in particular improved crop varieties. The approach, dubbed ``virtual crop modelling'', consists in the man...


Kleinwechter, U.Asseng, SentholdGastelo, M.Ritchie, J.Nelson, J.[Virtual crop modeling for technology impact assessment - lessons from a potato crop growth model]Virtual crop modeling for technology impact assessment - lessons from a potato crop growth model

Potato is the most important non-grain crop in the world. Therefore, understanding the potential impacts of climate change on potato production is critical for future global food security. The SUBSTOR-Potato model was recently evaluated across a wide range of growing conditions, and improvements ...


Raymundo, R.Asseng, SentholdRobertson, R.Petsakos, A.Hoogenboom, GerritQuiróz, R.Hareau, G.Wolf, J.[Climate change impact on global potato production]Climate change impact on global potato production
Fleisher, D.H.Condori, B.Quiróz, R.Alva, A.Asseng, SentholdBarreda, CarolinaBindi, M.Boote, Kenneth J.Ferrise, R.Franke, A.C.Govindakrishnan, P.M.Harahagazwe, D.Hogenboom, G.Naresh Kumar, S.Merante, P.Nendel, C.Olesen, J.E.Parker, P.S.Raees, D.Raymundo, R.Ruane, Alex C.Stockle, C.Supit, I.Vanuytrecht, ElineWolf, JoostWoli, P.[A potato model inter-comparison across varyng climates and productivity levels]A potato model inter-comparison across varyng climates and productivity levels
Kleinwechter, U.Gastelo, M.Ritchie, J.Nelson, Gerald C.Asseng, Senthold[Simulating cultivar variations in potato yields for contrasting environments.]Simulating cultivar variations in potato yields for contrasting environments.
Raymundo, R.Asseng, SentholdCammarano, DavideQuiróz, R.[Potato, sweet potato, and yam models for climate change: A review.]Potato, sweet potato, and yam models for climate change: A review.

Virtual crop modeling is the representation of future genetic improvements from plant breeding in crop growth simulation models through changes in genetic coefficients or other crop model parameters with the objective of analyzing ex-ante the impacts of improved traits on crop yields and assistin...


Raymundo, R.Kleinwechter, U.Asseng, Senthold[Virtual potato crop modeling: A comparison of genetic coefficients of the DSSAT-SUBSTOR potato model with breeding goals for developing countries]Virtual potato crop modeling: A comparison of genetic coefficients of the DSSAT-SUBSTOR potato model with breeding goals for developing countries
Raymundo, R.Asseng, SentholdPrassad, R.Kleinwechter, U.Concha, J.Condori, B.Bowen, W.Woolf, W.Olesen, J.E.Dong, Q.Zotarelli, L.Gastelo, M.Alva, A.Travasso, MariaQuiróz, R.Arora, V.Graham, W.Porter, C.H.[Performance of the SUBSTOR-potato model across contrasting growing conditions.]Performance of the SUBSTOR-potato model across contrasting growing conditions.
Raymundo, R.Asseng, SentholdPrassad, R.Kleinwechter, U.Condori, B.Bowen, W.Wolf, J.Olesen, J.E.Dong, Q.Zotarelli, L.Gastelo, M.Alva, A.Travasso, MariaArora, V.Graham, W.Porter, C.H.[Performance of SUBSTOR-potato model across contrasting growing conditions.]Performance of SUBSTOR-potato model across contrasting growing conditions.

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