We analyzed the effects of model structural uncertainty on model outputs across soil types.
We discriminated the sources of model uncertainty vs output variability.
We quantify the data aggregation effects on potato yield and irrigation requirements.
We compared two forage landcovers, the sequence oats-maize and pure alfalfa across a mean annual precipitation gradient.
We compared resource use efficiency of forage crop sequences and temperate perennial pastures.
We assessed the association between root biomass, C-OM, C in mineral-associated organic matter (C-MAOM), and C in particulate organic matter (C-POM) and its vertical distribution.
We assessed the accuracy of APSIM Classic to simulated corn yield and subsurface artificial drainage in north central Indiana US.
We assessed the accuracy of APSIM Classic to simulated the yield of forage crop sequences in the Argentinian Pampas.
We evaluated the ability of APSIM to predict the dry matter yield of switchgrass and Miscanthus at several US locations.
We evaluated the capacity of APSIM to simulate the growth rates and predict the dry matter yield of Lucerne (_Medicago sativa_ L.) and annual ryegrass (_Lolium multiflorum_ Lam.) in contrasting climatic regions of Argentina and Australia.