FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210598927> ?p ?o ?g. }

• W4210598927 endingPage "366" @default.
• W4210598927 startingPage "366" @default.
• W4210598927 abstract "Coral reefs have been detrimentally impacted causing health issues due to elevated ocean temperatures as a result of increased greenhouse gases. Extreme temperatures have also exacerbated coral diseases in tropical reef environments. Numerous studies have outlined the impacts of thermal stress and disease on coral organisms, as well as understanding the influence of site-based characteristics on coral physiology. However, few have discussed the interaction of all three. Laboratory out-planting restoration projects have been of importance throughout impacted areas such as the Caribbean and southern Florida in order to increase coral cover in these areas. This study analyzes photosynthetic efficiency of Porites astreoides from the lower Florida Keys after a two-year reciprocal transplant study at inshore (Birthday reef) and offshore (Acer24 reef) sites to understand acclimation capacity of this species. Laboratory experiments subjected these colonies to one of three treatments: control conditions, increases in temperature, and increases in temperature plus exposure to an immune stimulant (lipopolysaccharide (LPS)) to determine their influence on photosynthetic efficiency and how stress events impact these measurements. In addition, this study is a continuation of previous studies from this group. Here, we aim to understand if these results are static or if an acclimation capacity could be found. Overall, we observed site-specific influences from the Acer24 reef site, which had significant decreases in photosynthetic efficiencies in 32 °C treatments compared to Birthday reef colonies. We suggest that high irradiance and lack of an annual recovery period from the Acer24 site exposes these colonies to significant photoinhibition. In addition, we observed significant increases in photosynthetic efficiencies from LPS exposure. We suggest host-derived antioxidants can mitigate the negative impacts of increased thermal stress. Further research is required to understand the full complexity of host immunity and symbiont photosynthetic interactions." @default.
• W4210598927 created "2022-02-08" @default.
• W4210598927 creator A5002777283 @default.
• W4210598927 creator A5007314360 @default.
• W4210598927 creator A5013382865 @default.
• W4210598927 creator A5037095985 @default.
• W4210598927 creator A5075632629 @default.
• W4210598927 date "2022-01-26" @default.
• W4210598927 modified "2023-09-26" @default.
• W4210598927 title "Decreased Photosynthetic Efficiency in Response to Site Translocation and Elevated Temperature Is Mitigated with LPS Exposure in Porites astreoides Symbionts" @default.
• W4210598927 cites W1799545192 @default.
• W4210598927 cites W1964851814 @default.
• W4210598927 cites W1969540710 @default.
• W4210598927 cites W1973356933 @default.
• W4210598927 cites W1979733283 @default.
• W4210598927 cites W1986647641 @default.
• W4210598927 cites W2000426346 @default.
• W4210598927 cites W2007164939 @default.
• W4210598927 cites W2008113881 @default.
• W4210598927 cites W2015045796 @default.
• W4210598927 cites W2017008898 @default.
• W4210598927 cites W2022131984 @default.
• W4210598927 cites W2031082270 @default.
• W4210598927 cites W2033721970 @default.
• W4210598927 cites W2038221935 @default.
• W4210598927 cites W2047396981 @default.
• W4210598927 cites W2051481587 @default.
• W4210598927 cites W2054722760 @default.
• W4210598927 cites W2055680072 @default.
• W4210598927 cites W2060056855 @default.
• W4210598927 cites W2061944841 @default.
• W4210598927 cites W2069226066 @default.
• W4210598927 cites W2109194671 @default.
• W4210598927 cites W2110117799 @default.
• W4210598927 cites W2115022721 @default.
• W4210598927 cites W2118572255 @default.
• W4210598927 cites W2122937802 @default.
• W4210598927 cites W2125722515 @default.
• W4210598927 cites W2132527497 @default.
• W4210598927 cites W2136292148 @default.
• W4210598927 cites W2145335031 @default.
• W4210598927 cites W2149343499 @default.
• W4210598927 cites W2152486270 @default.
• W4210598927 cites W2156568771 @default.
• W4210598927 cites W2161254681 @default.
• W4210598927 cites W2165576424 @default.
• W4210598927 cites W2237323366 @default.
• W4210598927 cites W2254509181 @default.
• W4210598927 cites W2335259225 @default.
• W4210598927 cites W2337419809 @default.
• W4210598927 cites W2338134677 @default.
• W4210598927 cites W2348739530 @default.
• W4210598927 cites W2418561256 @default.
• W4210598927 cites W2516325886 @default.
• W4210598927 cites W2579288756 @default.
• W4210598927 cites W2602235536 @default.
• W4210598927 cites W2773645053 @default.
• W4210598927 cites W2782601204 @default.
• W4210598927 cites W2792085903 @default.
• W4210598927 cites W2793656369 @default.
• W4210598927 cites W2891469253 @default.
• W4210598927 cites W2892946315 @default.
• W4210598927 cites W2894422127 @default.
• W4210598927 cites W2917349510 @default.
• W4210598927 cites W2972507213 @default.
• W4210598927 cites W2985439678 @default.
• W4210598927 cites W3018395700 @default.
• W4210598927 cites W3021043347 @default.
• W4210598927 cites W3069043161 @default.
• W4210598927 cites W3094043825 @default.
• W4210598927 cites W3134005388 @default.
• W4210598927 cites W3165827879 @default.
• W4210598927 cites W3192395319 @default.
• W4210598927 doi "https://doi.org/10.3390/w14030366" @default.
• W4210598927 hasPublicationYear "2022" @default.
• W4210598927 type Work @default.
• W4210598927 citedByCount "0" @default.
• W4210598927 crossrefType "journal-article" @default.
• W4210598927 hasAuthorship W4210598927A5002777283 @default.
• W4210598927 hasAuthorship W4210598927A5007314360 @default.
• W4210598927 hasAuthorship W4210598927A5013382865 @default.
• W4210598927 hasAuthorship W4210598927A5037095985 @default.
• W4210598927 hasAuthorship W4210598927A5075632629 @default.
• W4210598927 hasBestOaLocation W42105989271 @default.
• W4210598927 hasConcept C103474955 @default.
• W4210598927 hasConcept C119406331 @default.
• W4210598927 hasConcept C125564181 @default.
• W4210598927 hasConcept C143020374 @default.
• W4210598927 hasConcept C172256273 @default.
• W4210598927 hasConcept C183688256 @default.
• W4210598927 hasConcept C18903297 @default.
• W4210598927 hasConcept C2777626579 @default.
• W4210598927 hasConcept C2780143158 @default.
• W4210598927 hasConcept C39432304 @default.
• W4210598927 hasConcept C59822182 @default.
• W4210598927 hasConcept C77044568 @default.
• W4210598927 hasConcept C79367842 @default.
• W4210598927 hasConcept C80298142 @default.

• next