This paper presents the EU-wide individual farm-level model (IFM-CAP) applied to assess
the economic effects of CAP greening. IFM-CAP is a static positive programming model …

This paper presents the first EU-wide individual farm level model (IFM-CAP–Individual Farm
Model for CAP Analysis) to assess the impacts of the crop diversification measure …

This paper is a methodological review focusing on the major advances in modelling issues
in agricultural production economics that have been made over recent decades. Issues …

In this study we develop a new methodological proposal to incorporate risk into a farm‐level
positive mathematical programming (PMP) model. We estimate simultaneously the farm …

Agricultural production is characterized for being a risky business due to weather variability,
market instability, plant diseases as well as climate change and political economy …

This contribution focuses in reviewing the development of positive mathematical
programming towards econometric mathematical programming. Starting with the entropy …

The EU-Wide Individual Farm Model for Common Agricultural Policy Analysis (IFM-CAP v.2)
Page 1 1 The EU-Wide Individual Farm Model for Common Agricultural Policy Analysis (IFM-CAP …

Mathematical programming has been extensively used to account for risk in farmers'
decision making. The recent development of the positive mathematical programming (PMP) …

In fifth development plan, some suitable scientific and managerial policies have been
expressed in order to optimizing the use of inputs and producing compatible crops with the …

This report presents the first EU-wide individual farm level model (IFM-CAP) aiming to
assess the impacts of CAP towards 2020 on farm economics and environmental effects. The …