Disentangling agronomic and economic yield gaps: An integrated framework and application
皇冠体育app framework is tested by combining results from crop models with farm and plot level data for maize production in Tanzania
Abstract
Despite its frequent use in policy discussions on future agricultural production, both the concept of the yield gap and its determinants are understood differently by economists and agronomists. This study provides a micro-level framework that disentangles and integrates agronomic and economic approaches to yield gap measurement. It decomposes the conventional yield gap indicator into four components that together provide a better understanding of why actual farm yield falls below potential:
- the technical efficiency yield gap,
- the allocative yield gap,
- the economic yield gap and
- the technology yield gap.
皇冠体育app results can be used to inform targeted policy and farming recommendations at plot, farm household, local and national level. 皇冠体育app framework is operationalised and tested by combining results from crop models with detailed farm and plot level survey data for maize production in Tanzania.
This is an output from the 鈥業ntegrated assessment of the determinants of the maize yield gap in Sub-Saharan Africa: towards farm innovation and enabling policies鈥� Project
Citation
Michiel van Dijk, Tom Morley, Roel Jongeneel, Martin van Ittersum, Pytrik Reidsma, Ruerd Ruben, Disentangling agronomic and economic yield gaps: An integrated framework and application, Agricultural Systems, Volume 154, 2017, Pages 90-99,