Agriculture/food/forestry/bioenergy

NLES-CAT

Type of evidence: 

Source: 

LIAISE

"N-LES is an empirical model for calculation of annual values of root zone nitrogen leaching. The model comprises a combination of additive and multiplicative effects. N-LES was developed on 600 observations of annual leaching of nitrogen from the root zone from both experimental fields and fields in normal agricultural production in Denmark."

N-Vino

Type of evidence: 

"N-Vino is a dynamic, process-based simulation model for viticulture, simulating water and nitrogen cycles in soil and crop and their combined impact on crop growth and yield. NVino calculates a large number of state variables on a daily basis using a handful of weather and site information."

MONICA

Type of evidence: 

Source: 

LIAISE

"MONICA is a dynamic, process-based simulation model for agro ecosystems, simulating water, carbon and nitrogen cycles in soil and crop and their combined impact on crop growth and yield. MONICA calculates a large number of state variables on a daily basis using a handful of weather and site information."

MODAM

Type of evidence: 

"MODAM is a bio-economic modelling system that functions as Multi-Objective Decision support tool for Agro-ecosystem Management. It simulates farmers’ decision behaviour underthe assumption of pure economic rationality."

MIRAGE

Type of evidence: 

Source: 

LIAISE

"MIRAGE is a general equilibrium developed for the analysis of trade policies. The sectors and regions in the model are defined by the GTAP database (up to 57 commodities and 87 regions, including the EU27 member states)."

LandCaRe-DSS

Type of evidence: 

Source: 

LIAISE

"The LandCaRe-DSS is a platform providing tools and information related to climate change impact on different land-use systems, supporting users to decide on issues related to climate change impact in regional agriculture."

INTEGRATOR

Type of evidence: 

"The integrated dynamic model, INTEGRATOR has been developed, to assess European-wide responses of nitrogen (N) and green house gas (GHG) emissions to European-scale changes in land-use, land management and climate and to assess impacts of farm management on those fluxes."

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