Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives.
See Fig 2 for map of bioregions.
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2022
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Online Access: | https://doi.org/10.1371/journal.pone.0261964.g007 |
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ftsmithonian:oai:figshare.com:article/18862454 2023-05-15T17:33:55+02:00 Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. Emily Higgins (6407792) Anna Metaxas (236922) Robert E. Scheibling (2912432) 2022-01-21T19:01:43Z https://doi.org/10.1371/journal.pone.0261964.g007 unknown https://figshare.com/articles/figure/Number_of_studies_that_measured_each_ecological_response_variable_by_marine_realm_Temperate_Australasia_n_6_study_Temperate_Northern_Atlantic_n_4_Tropical_Atlantic_n_9_Central_Indo-Pacific_n_15_Eastern_Indo-Pacific_n_2_Western_Indo-Pacific_/18862454 doi:10.1371/journal.pone.0261964.g007 CC BY 4.0 CC-BY Ecology Inorganic Chemistry Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified mitigating environmental impacts commonly monitored taxa 35 ° latitude achieving objectives commonly last 2 decades accelerating coral decline poor ar design div >< p cultural purposes since providing nursery habitat meeting conservation objectives achieving conservation objectives coral reef decline scale bleaching events promoting local socio conserving target species address regional losses subtropical coral reefs cultural values also conservation </ p increasing coral cover coral nursery habitat increasing fish abundance 2 </ sup coral reef research 22 %) provision 1980s – 2000s nursery habitat coral cover target species cultural objectives reef conservation coral reefs increasing awareness 2 %) – 10s habitat quantity economic values ecological research ar deployment 27 %) artificial reefs western indo temporal patterns systematic review study duration source populations scientific literature reef restoration recruitment substrate pronounced shift north atlantic mostly likely moderately successful least successful global impact examined spatio community composition central indo attaining socio addressing socio 71 %) 53 %) 42 %) 31 %) 24 %) 16 %) 14 %) Image Figure 2022 ftsmithonian https://doi.org/10.1371/journal.pone.0261964.g007 2022-02-07T17:44:32Z See Fig 2 for map of bioregions. Still Image North Atlantic Unknown Pacific |
institution |
Open Polar |
collection |
Unknown |
op_collection_id |
ftsmithonian |
language |
unknown |
topic |
Ecology Inorganic Chemistry Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified mitigating environmental impacts commonly monitored taxa 35 ° latitude achieving objectives commonly last 2 decades accelerating coral decline poor ar design div >< p cultural purposes since providing nursery habitat meeting conservation objectives achieving conservation objectives coral reef decline scale bleaching events promoting local socio conserving target species address regional losses subtropical coral reefs cultural values also conservation </ p increasing coral cover coral nursery habitat increasing fish abundance 2 </ sup coral reef research 22 %) provision 1980s – 2000s nursery habitat coral cover target species cultural objectives reef conservation coral reefs increasing awareness 2 %) – 10s habitat quantity economic values ecological research ar deployment 27 %) artificial reefs western indo temporal patterns systematic review study duration source populations scientific literature reef restoration recruitment substrate pronounced shift north atlantic mostly likely moderately successful least successful global impact examined spatio community composition central indo attaining socio addressing socio 71 %) 53 %) 42 %) 31 %) 24 %) 16 %) 14 %) |
spellingShingle |
Ecology Inorganic Chemistry Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified mitigating environmental impacts commonly monitored taxa 35 ° latitude achieving objectives commonly last 2 decades accelerating coral decline poor ar design div >< p cultural purposes since providing nursery habitat meeting conservation objectives achieving conservation objectives coral reef decline scale bleaching events promoting local socio conserving target species address regional losses subtropical coral reefs cultural values also conservation </ p increasing coral cover coral nursery habitat increasing fish abundance 2 </ sup coral reef research 22 %) provision 1980s – 2000s nursery habitat coral cover target species cultural objectives reef conservation coral reefs increasing awareness 2 %) – 10s habitat quantity economic values ecological research ar deployment 27 %) artificial reefs western indo temporal patterns systematic review study duration source populations scientific literature reef restoration recruitment substrate pronounced shift north atlantic mostly likely moderately successful least successful global impact examined spatio community composition central indo attaining socio addressing socio 71 %) 53 %) 42 %) 31 %) 24 %) 16 %) 14 %) Emily Higgins (6407792) Anna Metaxas (236922) Robert E. Scheibling (2912432) Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
topic_facet |
Ecology Inorganic Chemistry Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified mitigating environmental impacts commonly monitored taxa 35 ° latitude achieving objectives commonly last 2 decades accelerating coral decline poor ar design div >< p cultural purposes since providing nursery habitat meeting conservation objectives achieving conservation objectives coral reef decline scale bleaching events promoting local socio conserving target species address regional losses subtropical coral reefs cultural values also conservation </ p increasing coral cover coral nursery habitat increasing fish abundance 2 </ sup coral reef research 22 %) provision 1980s – 2000s nursery habitat coral cover target species cultural objectives reef conservation coral reefs increasing awareness 2 %) – 10s habitat quantity economic values ecological research ar deployment 27 %) artificial reefs western indo temporal patterns systematic review study duration source populations scientific literature reef restoration recruitment substrate pronounced shift north atlantic mostly likely moderately successful least successful global impact examined spatio community composition central indo attaining socio addressing socio 71 %) 53 %) 42 %) 31 %) 24 %) 16 %) 14 %) |
description |
See Fig 2 for map of bioregions. |
format |
Still Image |
author |
Emily Higgins (6407792) Anna Metaxas (236922) Robert E. Scheibling (2912432) |
author_facet |
Emily Higgins (6407792) Anna Metaxas (236922) Robert E. Scheibling (2912432) |
author_sort |
Emily Higgins (6407792) |
title |
Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
title_short |
Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
title_full |
Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
title_fullStr |
Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
title_full_unstemmed |
Number of studies that measured each ecological response variable by marine realm (Temperate Australasia, n = 6 study; Temperate Northern Atlantic, n = 4; Tropical Atlantic, n = 9; Central Indo-Pacific, n = 15; Eastern Indo-Pacific, n = 2; Western Indo-Pacific, n = 13; Temperate Northern Pacific, n = 1; Tropical Eastern Pacific, n = 1) in ARs reporting success in meeting conservation objectives. |
title_sort |
number of studies that measured each ecological response variable by marine realm (temperate australasia, n = 6 study; temperate northern atlantic, n = 4; tropical atlantic, n = 9; central indo-pacific, n = 15; eastern indo-pacific, n = 2; western indo-pacific, n = 13; temperate northern pacific, n = 1; tropical eastern pacific, n = 1) in ars reporting success in meeting conservation objectives. |
publishDate |
2022 |
url |
https://doi.org/10.1371/journal.pone.0261964.g007 |
geographic |
Pacific |
geographic_facet |
Pacific |
genre |
North Atlantic |
genre_facet |
North Atlantic |
op_relation |
https://figshare.com/articles/figure/Number_of_studies_that_measured_each_ecological_response_variable_by_marine_realm_Temperate_Australasia_n_6_study_Temperate_Northern_Atlantic_n_4_Tropical_Atlantic_n_9_Central_Indo-Pacific_n_15_Eastern_Indo-Pacific_n_2_Western_Indo-Pacific_/18862454 doi:10.1371/journal.pone.0261964.g007 |
op_rights |
CC BY 4.0 |
op_rightsnorm |
CC-BY |
op_doi |
https://doi.org/10.1371/journal.pone.0261964.g007 |
_version_ |
1766132576109461504 |