Literature DB >> 26110911

Correction: Patterns of Mass Mortality among Rocky Shore Invertebrates across 100 km of Northeastern Pacific Coastline.

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Abstract

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Year:  2015        PMID: 26110911      PMCID: PMC4482540          DOI: 10.1371/journal.pone.0131969

Source DB:  PubMed          Journal:  PLoS One        ISSN: 1932-6203            Impact factor:   3.240


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There are a number of errors in Table 1. Please see the corrected Table 1 here. The publisher apologizes for these errors.
Table 1

Mass mortality events of benthic marine species occurring since 2000.

Year(s), LocationAffected organismsSuspected cause(s)Mortality rangeSpatial extent (km2) a , b Spatial pattern reportedReferences
2001–2003, Ligurian coast, N MediterraneanZoanthid (Parazoanthus axinellae)Disease, High water temperature~ 90%0.0001ND[23]
2003, N MediterraneanGorgonians, sponges, bryozoans, bivalves; (multiple species)High water temperature5–80% * 1500patchy[24]
2003, Canary Islands, SE AtlanticSea urchin (Paracentrotus lividus)Disease, high water temperature0–95%50patchy[25]
2003, 2009, Nova Scotia, NW AtlanticSea urchin (Strongylocentrotus droebachiensis) Disease, hurricanes0–100%3patchy[26]
2004–2005, Cape Cod, NW AtlanticSea scallop (Placopecten magellanicus)Unknown35%4000ND[27]
2005, Great BarrierReef, Coral SeaCorals (multiple species)Solar radiation, low tide exposure10–40% * 10patchy[28]
2005, Florida, E Gulf of MexicoFishes, sponges (multiple species) Coral (Cladocora arbuscula)Algal bloom, hypoxiaSponges: 6–7%; other taxa: ND10ND[29]
2005–2007, Caribbean SeaCorals (multiple species)High water temperature, disease0–70%2 x 106 patchy[30]
2008, Coliumo Bay, Chile, SE PacificCrabs, fishes (multiple species per taxon)Hypoxia~90%5ND[31, 32]
2008, Sardinia, N MediterraneanOctocoral (Paramuricea clavata)Disease, high water temperature0–100% * 2ND[33]
2008, 2009, N MediterraneanSponges (Ircinia spp.)Disease, high water temperature0–95% * 700patchy[34–36]
2009, Isla Natividad, Mexico, NE PacificPink abalone (Haliotis corrugata) Hypoxia41%10ND[37]
2009, Bahia de Huatulco, NE PacificSea urchin (Diadema mexicanum)ND100%0.001ND[38]
2010, Florida Keys, Straits of FloridaCorals (multiple species)Low water temperature17–100%0.01ND[39]
2010, 2011, Malibu, California, NE PacificSea urchin (Strongylocentrotus purpuratus)Low salinity, sediment0–99%0.01patchy[40]
2011, Sonoma county, California, NE Pacific Sea urchin (S. purpuratus), sea star (Leptasterias sp.) Harmful algal bloom toxicity >99.99% 100 continuous this study
2012, Comau Fjord, Chile, SE PacificCoral (Desmophyllum dianthus)Methane and/or sulfide seeps, hypoxia50–99%8.4ND[41]
2013–present, West coast of N America, NE PacificSea stars (multiple species)Wasting disease0–70%5000patchy[42]

Note that the references provided represent to our knowledge the original report(s) describing events in wild populations, and do not include subsequent follow-up publications focused on the same events. Events are summarized from a review of 897 articles; see S1 File for a full description of the literature review methods.

*Denotes mortality of colonial species reported as a percentage of affected colonies with partial necrosis, rather than absolute mortality.

ND, no data.

aWhere not stated explicitly, we estimated spatial extent of study regions from maps or text descriptions.

bNote that most published studies do not include the spatial boundaries of mortality (i.e., the geographic locations past which no mortality was observed). When this information was absent, we report here the spatial extent of the study region.

Note that the references provided represent to our knowledge the original report(s) describing events in wild populations, and do not include subsequent follow-up publications focused on the same events. Events are summarized from a review of 897 articles; see S1 File for a full description of the literature review methods. *Denotes mortality of colonial species reported as a percentage of affected colonies with partial necrosis, rather than absolute mortality. ND, no data. aWhere not stated explicitly, we estimated spatial extent of study regions from maps or text descriptions. bNote that most published studies do not include the spatial boundaries of mortality (i.e., the geographic locations past which no mortality was observed). When this information was absent, we report here the spatial extent of the study region.
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1.  Patterns of Mass Mortality among Rocky Shore Invertebrates across 100 km of Northeastern Pacific Coastline.

Authors:  Laura J Jurgens; Laura Rogers-Bennett; Peter T Raimondi; Lauren M Schiebelhut; Michael N Dawson; Richard K Grosberg; Brian Gaylord
Journal:  PLoS One       Date:  2015-06-03       Impact factor: 3.240

  1 in total

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