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Turbo-charging the Ecohydrology paradigm for the Anthropocene
Peter Bridgewater
, Salvatore Arico
Research output
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Contribution to journal
›
Article
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peer-review
9
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Keyphrases
Ecohydrology
100%
Anthropocene
100%
Turbo
100%
Biodiversity
66%
Climate Change
16%
Cultural Diversity
16%
Sustainable Development
16%
Resilience
16%
Ecosystem Services
16%
Sociocultural Perspective
16%
Rapid Change
16%
Water Security
16%
Sustainable Development Goals
16%
Water Science
16%
Environmental Policy
16%
Ecosystem Engineer
16%
Science-based
16%
Planetary Boundaries
16%
Unpredictable Changes
16%
World Government
16%
Geological Age
16%
Ecological Science
16%
Water Engineering
16%
2030 Development Agenda
16%
Hard Engineering
16%
Sociocultural Understanding
16%
Soft Engineering
16%
Freshwater Availability
16%
Nitrogen Pollution
16%
Ecological Engineering
16%
Science-based Approach
16%
Earth and Planetary Sciences
Ecohydrology Paradigm
100%
Ecohydrology
100%
Anthropocene
100%
Environmental Impact Assessment
25%
Climate Change
25%
Ecosystem Service
25%
Environmental Policy
25%
Sustainable Development Goals
25%
Cultural Diversity
25%
Hydraulic Engineering
25%
Ecological Engineering
25%
Water Security
25%