EJPSOIL PRAC2LIV D5.2 Mock-Up Designs for Decision Support Tools for Soil Organic Matter, Nutrient Use Efficiency and Soil Moisture Retention

The project PRAC2LIV focuses on Decision Support Tools (DSTs) for each of the topics soil organic matter, nutrient use efficiency and water retention, in support of fostering soil management in EJP Member States. The research includes DSTs from simple tools to the next generation level support systems. Both the scientific base of DSTs as well as their implementation and adoption at farm level are of interest. A stock-take has been performed via a questionnaire to national coordinators and the current use as well as future needs for such DSTs have been discussed in stakeholder groups. This report describes the designing process of DSTs. For this purpose, a set of predefined requirements is made after which mock-up designs for DSTs (mobile app) are made for each of the 3 themes, aiming at farmers. Conclusions are drawn for future development of mobile apps on the selected topics.

Publication Details

Journal
Socio-Environmental Systems Modeling
Published
2024-10-30
DOI
https://doi.org/10.5281/zenodo.14198270
Primary Topic
Sustainable Agricultural Systems Analysis
Type
article
Field-Weighted Citation Impact
0.00

Funders

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article

EJPSOIL PRAC2LIV D5.2 Mock-Up Designs for Decision Support Tools for Soil Organic Matter, Nutrient Use Efficiency and Soil Moisture Retention

Socio-Environmental Systems Modeling
Sustainable Agricultural Systems Analysis
article

EJPSOIL PRAC2LIV D5.2 Mock-Up Designs for Decision Support Tools for Soil Organic Matter, Nutrient Use Efficiency and Soil Moisture Retention

article en

Abstract

The project PRAC2LIV focuses on Decision Support Tools (DSTs) for each of the topics soil organic matter, nutrient use efficiency and water retention, in support of fostering soil management in EJP Member States. The research includes DSTs from simple tools to the next generation level support systems. Both the scientific base of DSTs as well as their implementation and adoption at farm level are of interest. A stock-take has been performed via a questionnaire to national coordinators and the current use as well as future needs for such DSTs have been discussed in stakeholder groups. This report describes the designing process of DSTs. For this purpose, a set of predefined requirements is made after which mock-up designs for DSTs (mobile app) are made for each of the 3 themes, aiming at farmers. Conclusions are drawn for future development of mobile apps on the selected topics.

Socio-Environmental Systems Modeling
European Commission
Openalex Percentile: Top 56%
Sustainable Agricultural Systems Analysis
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