Applications of environmental intelligence for rural land management

Author:

Douglas CaitlinORCID,Mulligan Mark

Abstract

Environmental intelligence brings together multiple data streams, employing human reasoning and machine learning to better understand and manage the environment. This article describes the possibilities and limitations of using environmental intelligence to support outcomes-based rural land management policy. We argue that environmental intelligence approaches are particularly well suited to planning and assessing the effectiveness of nature-based solution investments for the delivery of ecosystem services, such as flood mitigation and climate change mitigation. However the ‘outcome’ to be achieved, and the outcome metrics used, need to be carefully selected to ensure they are realistic, responsive to land management and rigorously measurable. Environmental intelligence in support of outcomes-based approaches must address social issues of fairness and social justice as well as environmental outcomes.

Funder

Horizon 2020 Framework Programme

Publisher

F1000 Research Ltd

Reference28 articles.

1. To till or not to till in a temperate ecosystem? implications for climate change mitigation.;H Cooper;Env Res.,2021

2. Guidance environmental land management schemes: overview,2021

3. Timeline - history of the CAP,2022

4. Focus rural land policies on ecosystem services, not agriculture.;D Gawith;Nat Ecol Evol.,2019

5. Rewards for ecological goods - requirements and perspectives for agricultural use.;B Gerowitt;Agr Ecosystems Env.,2003

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