Advancing ecosystem service monitoring by mapping the current use of essential ecosystem service variables

• Anthropogenic Contribution is the most frequent and central Essential Ecosystem Service Variable class in studies of ecosystem services. • Relational Value emerges as a socio-cultural consideration, linked to other EESV classes. • Ecological Supply plays a key role, with connections to Demand and Instrumental Value . • Journal types show distinct EESV class coverage, revealing disciplinary differences. • Case studies show how EESVs can be applied in real-world monitoring across socio-ecological and socio-economic contexts. Essential variables are a well-established tool to support the calculation of ecological indicators. The recently conceptualized Essential Ecosystem Service Variables (EESVs) are regrouped into six classes – Ecological Supply , Demand , Use , Relational Value , Instrumental Value , and Anthropogenic Contribution – designed to capture changes in the multiple dimensions of ecosystem services. Prior to the proposal to monitor ecosystem services using EESVs, many variables relevant to these classes were already used in ecosystem services studies. Here, we perform a systematic retrospective analysis across disciplines to determine the potential of EESV classes for monitoring ecosystem services effectively. We conducted a comprehensive keyword search across 439 studies, based on a review paper on ecosystem services. Network analyses revealed that Anthropogenic Contribution had the highest overall presence based on odds ratios, while Relational Value was the least represented, often showing interdependencies with other classes and low network connectivity and centrality. Network centrality metrics identified Ecological Supply as the most interconnected class, reflecting its foundational role across studies. Journal analysis across seven major journal types showed a good overall distribution of EESV classes across fields, while still emphasizing disciplinary priorities. Urban journals focused more on Anthropogenic Contribution and Relational Value while biological journals prioritized Ecological Supply . Agricultural journals often highlighted Use and Demand as well as Instrumental Value and management and policy journals emphasized Instrumental Value . Addressing gaps in EESV class coverage stresses that underrepresented classes like Relational Value are empirically grounded and measurable, yet these classes are essential for monitoring both the ecological and socio-cultural dimensions of ecosystem services.

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Publication Details

Journal
Ecological Indicators
Published
2025-07-26
DOI
https://doi.org/10.1016/j.ecolind.2025.113940
Primary Topic
Land Use and Ecosystem Services
Type
article
Field-Weighted Citation Impact
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article

Advancing ecosystem service monitoring by mapping the current use of essential ecosystem service variables

Peter S. Rodriguez, Sebastian Theis, Andrew Gonzalez, Flavio Affinito et al.
Ecological Indicators
Land Use and Ecosystem Services
article

Advancing ecosystem service monitoring by mapping the current use of essential ecosystem service variables

Peter S. Rodriguez, Sebastian Theis, Andrew Gonzalez, Flavio Affinito, Marie-Josée Fortin
article en

Abstract

• Anthropogenic Contribution is the most frequent and central Essential Ecosystem Service Variable class in studies of ecosystem services. • Relational Value emerges as a socio-cultural consideration, linked to other EESV classes. • Ecological Supply plays a key role, with connections to Demand and Instrumental Value . • Journal types show distinct EESV class coverage, revealing disciplinary differences. • Case studies show how EESVs can be applied in real-world monitoring across socio-ecological and socio-economic contexts. Essential variables are a well-established tool to support the calculation of ecological indicators. The recently conceptualized Essential Ecosystem Service Variables (EESVs) are regrouped into six classes – Ecological Supply , Demand , Use , Relational Value , Instrumental Value , and Anthropogenic Contribution – designed to capture changes in the multiple dimensions of ecosystem services. Prior to the proposal to monitor ecosystem services using EESVs, many variables relevant to these classes were already used in ecosystem services studies. Here, we perform a systematic retrospective analysis across disciplines to determine the potential of EESV classes for monitoring ecosystem services effectively. We conducted a comprehensive keyword search across 439 studies, based on a review paper on ecosystem services. Network analyses revealed that Anthropogenic Contribution had the highest overall presence based on odds ratios, while Relational Value was the least represented, often showing interdependencies with other classes and low network connectivity and centrality. Network centrality metrics identified Ecological Supply as the most interconnected class, reflecting its foundational role across studies. Journal analysis across seven major journal types showed a good overall distribution of EESV classes across fields, while still emphasizing disciplinary priorities. Urban journals focused more on Anthropogenic Contribution and Relational Value while biological journals prioritized Ecological Supply . Agricultural journals often highlighted Use and Demand as well as Instrumental Value and management and policy journals emphasized Instrumental Value . Addressing gaps in EESV class coverage stresses that underrepresented classes like Relational Value are empirically grounded and measurable, yet these classes are essential for monitoring both the ecological and socio-cultural dimensions of ecosystem services.

Ecological IndicatorsVol. 178
University of Toronto (CA), McGill University (CA)
Responsible consumption and production
Openalex Percentile: Top 83%
Land Use and Ecosystem Services
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