FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3152378151> ?p ?o ?g. }

• W3152378151 endingPage "1590" @default.
• W3152378151 startingPage "1561" @default.
• W3152378151 abstract "Aquaculture managers and industry must take into account the impact of climate change on production and environmental quality to ensure that sector growth is sustainable over the coming decades, a key requirement for food security. The potential effects of climate change on aquaculture range from changes to production capacity in existing cultivation areas to changes in the areas themselves, which may become unsuitable for particular species, but also suitable for new species. The prediction of where and how such changes may occur is challenging, not least because the cultivated species may themselves exhibit plasticity, which makes it difficult to forecast the degree to which different locations and culture types may be affected. This work presents a modelling approach used to predict the potential effects of climate change on aquaculture, considering six key finfish and shellfish species of economic importance in Europe: Atlantic salmon (Salmo salar), gilthead seabream (Sparus aurata), sea bass (Dicentrarchus labrax), Pacific oyster (Crassostrea gigas), blue mussel (Mytilus edulis) and Mediterranean mussel (Mytilus galloprovincialis). The focus is on effects on physiology, growth performance and environmental footprint, and the resultant economic impact at the farm scale. Climate projections for present-day conditions; mid-century (2040–2060) and end-of-century (2080–2100) were extracted from regionally downscaled global climate models and used to force bioenergetic models. For each of those time periods, two different carbon concentration scenarios were considered: a moderate situation (IPCC RCP 4.5) and an extreme situation (IPCC RCP 8.5). Projected temperature changes will have variable effects on growth depending on the species and geographic region. From the case studies analysed, gilthead bream farmed in sea cages in the western Mediterranean was the most vulnerable, whereas offshore-suspended mussel culture in SW Portugal was least affected. Most of the marine finfish simulated were projected to have decreased feeding efficiency in both mid-century and end-of-century climate scenarios. Bivalve shellfish showed a decreasing trend with respect to most productivity parameters as climate change progresses, under both emission scenarios. As a general trend across species and regions, economic uncertainty is expected to increase under all future projections." @default.
• W3152378151 created "2021-04-13" @default.
• W3152378151 creator A5003311989 @default.
• W3152378151 creator A5036281289 @default.
• W3152378151 creator A5043274623 @default.
• W3152378151 creator A5061056915 @default.
• W3152378151 creator A5070819968 @default.
• W3152378151 creator A5082007001 @default.
• W3152378151 creator A5083908842 @default.
• W3152378151 creator A5085082269 @default.
• W3152378151 date "2021-04-02" @default.
• W3152378151 modified "2023-10-11" @default.
• W3152378151 title "Direct effects of climate change on productivity of European aquaculture" @default.
• W3152378151 cites W1845676490 @default.
• W3152378151 cites W1879976617 @default.
• W3152378151 cites W1908030517 @default.
• W3152378151 cites W1945530695 @default.
• W3152378151 cites W1967407452 @default.
• W3152378151 cites W1968405540 @default.
• W3152378151 cites W1970854956 @default.
• W3152378151 cites W1990155649 @default.
• W3152378151 cites W1991308688 @default.
• W3152378151 cites W2009992131 @default.
• W3152378151 cites W2015473722 @default.
• W3152378151 cites W2024966118 @default.
• W3152378151 cites W2026664844 @default.
• W3152378151 cites W2027231203 @default.
• W3152378151 cites W2027977527 @default.
• W3152378151 cites W2046439823 @default.
• W3152378151 cites W2054470955 @default.
• W3152378151 cites W2058441215 @default.
• W3152378151 cites W2058495728 @default.
• W3152378151 cites W2062047061 @default.
• W3152378151 cites W2074812309 @default.
• W3152378151 cites W2075671743 @default.
• W3152378151 cites W2082455532 @default.
• W3152378151 cites W2091449406 @default.
• W3152378151 cites W2096650573 @default.
• W3152378151 cites W2099350917 @default.
• W3152378151 cites W2100986500 @default.
• W3152378151 cites W2116814838 @default.
• W3152378151 cites W2116914800 @default.
• W3152378151 cites W2123900386 @default.
• W3152378151 cites W2128039956 @default.
• W3152378151 cites W2133762778 @default.
• W3152378151 cites W2139784579 @default.
• W3152378151 cites W2147945170 @default.
• W3152378151 cites W2150633385 @default.
• W3152378151 cites W2171713329 @default.
• W3152378151 cites W2202828780 @default.
• W3152378151 cites W2256259525 @default.
• W3152378151 cites W2335710395 @default.
• W3152378151 cites W2337179126 @default.
• W3152378151 cites W2466884665 @default.
• W3152378151 cites W2491425719 @default.
• W3152378151 cites W2515939723 @default.
• W3152378151 cites W2590131712 @default.
• W3152378151 cites W2763060879 @default.
• W3152378151 cites W2800974018 @default.
• W3152378151 cites W2801327122 @default.
• W3152378151 cites W2812593159 @default.
• W3152378151 cites W2903052980 @default.
• W3152378151 cites W2920239421 @default.
• W3152378151 cites W2921797423 @default.
• W3152378151 cites W2965206753 @default.
• W3152378151 cites W2970314728 @default.
• W3152378151 cites W2971757914 @default.
• W3152378151 cites W2980355241 @default.
• W3152378151 cites W3033868525 @default.
• W3152378151 cites W3037327634 @default.
• W3152378151 cites W3040200522 @default.
• W3152378151 cites W3091089054 @default.
• W3152378151 cites W3091221566 @default.
• W3152378151 cites W3129055596 @default.
• W3152378151 doi "https://doi.org/10.1007/s10499-021-00694-6" @default.
• W3152378151 hasPublicationYear "2021" @default.
• W3152378151 type Work @default.
• W3152378151 sameAs 3152378151 @default.
• W3152378151 citedByCount "12" @default.
• W3152378151 countsByYear W31523781512022 @default.
• W3152378151 countsByYear W31523781512023 @default.
• W3152378151 crossrefType "journal-article" @default.
• W3152378151 hasAuthorship W3152378151A5003311989 @default.
• W3152378151 hasAuthorship W3152378151A5036281289 @default.
• W3152378151 hasAuthorship W3152378151A5043274623 @default.
• W3152378151 hasAuthorship W3152378151A5061056915 @default.
• W3152378151 hasAuthorship W3152378151A5070819968 @default.
• W3152378151 hasAuthorship W3152378151A5082007001 @default.
• W3152378151 hasAuthorship W3152378151A5083908842 @default.
• W3152378151 hasAuthorship W3152378151A5085082269 @default.
• W3152378151 hasBestOaLocation W31523781512 @default.
• W3152378151 hasConcept C118518473 @default.
• W3152378151 hasConcept C132651083 @default.
• W3152378151 hasConcept C139719470 @default.
• W3152378151 hasConcept C162324750 @default.
• W3152378151 hasConcept C18903297 @default.
• W3152378151 hasConcept C204983608 @default.
• W3152378151 hasConcept C2776364969 @default.

• next