Adaptations to Climate Variability in Fisheries and Aquaculture Social-Ecological Systems in the Northern Humboldt Current Ecosystem: Challenges and Solutions. In: Human-Nature Interactions
The Peruvian Upwelling ecosystem is highly productive. El Niño variability affects species abundance and distribution, and thus marine activities. Climate change is modifying El Niño patterns, compromising the strategies of marine organisms and human activities to cope with its variability. We focus on three marine social-ecological systems to identify weaknesses and leverage points for adaptation and resilience. We find that (1) the Peruvian artisanal fishery and aquaculture sectors urgently need an institutional framework for adaptation to future environmental changes; (2) bottom-up adaptation strategies require institutional support, tailored to socio-ecological specificities; and (3) additional research on socio-ecological tipping points and their effects for human-nature interactions and societal repercussions is necessary. These finding may be useful in other systems undergoing similar challenges.
Romagnoni G., Kluger L.C., Tam J. and Wolff M. (2022) Adaptations to Climate Variability in Fisheries and Aquaculture Social-Ecological Systems in the Northern Humboldt Current Ecosystem: Challenges and Solutions. In: Misiune I., Depellegrin D. & Egarter Vigl L. (eds.). Human-Nature Interactions (pp. 389-403). 10.1007/978-3-031-01980-7_30
@inbook{Romagnoni2022,
Title = {Adaptations to Climate Variability in Fisheries and Aquaculture Social-Ecological Systems in the Northern Humboldt Current Ecosystem: Challenges and Solutions},
Author = {Romagnoni, Giovanni and Kluger, Lotta Clara and Tam, Jorge and Wolff, Matthias},
Editor = {Misiune, I. and Depellegrin, D. and Egarter Vigl, L.},
Year = {2022},
Pages = {389-403},
Doi = {10.1007/978-3-031-01980-7_30},
Isbn = {978-3-031-01980-7},
Booktitle = {Human-Nature Interactions},
Abstract = {The Peruvian Upwelling ecosystem is highly productive. El Niño variability affects species abundance and distribution, and thus marine activities. Climate change is modifying El Niño patterns, compromising the strategies of marine organisms and human activities to cope with its variability. We focus on three marine social-ecological systems to identify weaknesses and leverage points for adaptation and resilience. We find that (1) the Peruvian artisanal fishery and aquaculture sectors urgently need an institutional framework for adaptation to future environmental changes; (2) bottom-up adaptation strategies require institutional support, tailored to socio-ecological specificities; and (3) additional research on socio-ecological tipping points and their effects for human-nature interactions and societal repercussions is necessary. These finding may be useful in other systems undergoing similar challenges.},
}
TY - CHAP
AU - Romagnoni, Giovanni
AU - Kluger, Lotta Clara
AU - Tam, Jorge
AU - Wolff, Matthias
ED - Misiune, I
ED - Depellegrin, D.
ED - Egarter Vigl, L.
TI - Adaptations to Climate Variability in Fisheries and Aquaculture Social-Ecological Systems in the Northern Humboldt Current Ecosystem: Challenges and Solutions
PY - 2022
SP - 389-403
DO - 10.1007/978-3-031-01980-7_30
SN - 978-3-031-01980-7
BT - Human-Nature Interactions
AB - The Peruvian Upwelling ecosystem is highly productive. El Niño variability affects species abundance and distribution, and thus marine activities. Climate change is modifying El Niño patterns, compromising the strategies of marine organisms and human activities to cope with its variability. We focus on three marine social-ecological systems to identify weaknesses and leverage points for adaptation and resilience. We find that (1) the Peruvian artisanal fishery and aquaculture sectors urgently need an institutional framework for adaptation to future environmental changes; (2) bottom-up adaptation strategies require institutional support, tailored to socio-ecological specificities; and (3) additional research on socio-ecological tipping points and their effects for human-nature interactions and societal repercussions is necessary. These finding may be useful in other systems undergoing similar challenges.
ER -
