Nine soil organic models were evaluated using twelve datasets from seven long-term
experiments. Datasets represented three different land-uses (grassland, arable cropping …

Daisy is a well tested dynamic model for simulation of water and nitrogen dynamics and crop
growth in agro-ecosystems. The model aims at simulating water balance, nitrogen balance …

Daisy is a soil-plant-atmosphere system model focusing on agro-ecosystems. It simulates
water, heat, carbon, and nitrogen balances as well as crop production and pesticide fate in …

Evaluation and comparison of the performance of soil organic matter models is often based
upon visual/graphical comparison of the simulated values produced by the model with …

Decline in carbon content in agricultural soils contributes both to climate change and to soil
fertility problems. The CENTURY element dynamics simulation model was tested and …

Soil organic carbon (SOC) has a vital role to enhance agricultural productivity and for
mitigation of climate change. To quantify SOC effects on productivity, process models serve …

Daisy is a Soil-Plant-Atmosphere system model designed to simulate water balance, heat
balance, solute balance and crop production in agro-ecosystems subjected to various …

Six different vegetable crop residues were incorporated in the field and N mineralization
from the residues and from an unamended plot was followed over 4months by periodically …

The unique selling point of pedometricians still is close to their cradle: ability to map.
Irrespective of the many scientific achievements one can ask if offering mapping ability …

Twenty simple and widely used models for calculating clear sky daytime long-wave
irradiance were tested against measured long-wave irradiance data. As input the models …