Descriptive Fields
The Catalogue of Measures constitutes a central knowledge component of the OPTAIN Learning Environment. It provides a structured and harmonised overview of Natural Small Water Retention Measures (NSWRM) relevant for agricultural landscapes across different European biogeographical regions.
The purpose of the catalogue is not to prescribe or promote field deployment within the project framework. Instead, it serves as a documentation, classification and analytical reference tool, supporting:
-
Consistent parameterisation of measures within predictive models
-
Cross-regional comparison of measure characteristics
-
Structured evaluation of measure portfolios in optimisation analyses
-
Knowledge transfer to stakeholders and researchers
The catalogue integrates information from two main sources:
-
The OPTAIN NSWRM catalogue, developed and harmonised within the project
-
Existing international documentation frameworks, particularly WOCAT (World Overview of Conservation Approaches and Technologies)
Within OPTAIN, the catalogue fulfils three primary functions:
-
Standardisation of measure definitions to ensure comparability across case studies
-
Provision of parameterisation guidance for modelling environments
-
Support for analytical interpretation of optimisation results
Measures are classified into categories consistent with the modelling framework, including:
-
Structural vegetative measures (e.g., riparian buffer strips, grassed waterways, hedgerows)
-
Technical or structural measures (e.g., retention basins, small reservoirs)
-
Management measures (e.g., reduced or no-tillage systems, cover crops, drought-tolerant crop selection)
The inclusion of management measures is particularly important, as optimisation results in several case studies indicate that these measures can achieve high performance relative to structural alternatives under certain environmental and economic conditions.
The catalogue therefore functions as a bridge between documentation and analytical modelling, ensuring that each measure included in optimisation workflows is clearly defined and consistently parameterised.