FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2052528640> ?p ?o ?g. }

• W2052528640 endingPage "2949" @default.
• W2052528640 startingPage "2935" @default.
• W2052528640 abstract "Understanding the temperature sensitivity of soil respiration is critical for predicting the response of ecosystems to climate change, yet the microbial communities responsible are rarely considered explicitly in studies or models. In this study, we assessed total microbial community composition, quantified bacterial respiration temperature response, and investigated the temperature dependence of bacterial carbon substrate utilization in tropical, temperate, and taiga soils (from Puerto Rico, California, and Alaska). Microbial community composition was characterized using phospholipid fatty acid analysis. Bacterial community respiration on a standardized set of substrates was ascertained using the BiOLOG™ substrate utilization assay incubated at four temperatures: 4, 12, 28, and 40 °C. First, we found that microbial communities from the three latitudes were compositionally distinct and that the bacterial component of the three communities had markedly different respiration temperature–response curves corresponding with their experienced temperature regimes. We use these data to highlight limitations of widely used temperature–response equations and investigate temperature-dependent patterns of substrate utilization. We found that temperature response, in terms of both respiration rates and substrate use, varied for these bacterial communities independent of substrate quality or quantity interactions such as labile depletion. In contrast to the common assumption of heterotrophic microbial ubiquity, we found that bacterial community differences from these diverse systems appeared to determine both rates of respiration and patterns of carbon substrate usage. We suggest that microbial community composition-specific responses to changing climate may be important in predicting the long-term role of ecosystems in atmospheric CO2 dynamics." @default.
• W2052528640 created "2016-06-24" @default.
• W2052528640 creator A5032585447 @default.
• W2052528640 creator A5076949021 @default.
• W2052528640 date "2009-12-01" @default.
• W2052528640 modified "2023-10-18" @default.
• W2052528640 title "Investigating biological control over soil carbon temperature sensitivity" @default.
• W2052528640 cites W1555962221 @default.
• W2052528640 cites W1564568026 @default.
• W2052528640 cites W1760219780 @default.
• W2052528640 cites W1850352873 @default.
• W2052528640 cites W1965578568 @default.
• W2052528640 cites W1967558597 @default.
• W2052528640 cites W1968290084 @default.
• W2052528640 cites W1968565544 @default.
• W2052528640 cites W1974256950 @default.
• W2052528640 cites W1983728617 @default.
• W2052528640 cites W1989054781 @default.
• W2052528640 cites W1990398902 @default.
• W2052528640 cites W1990935806 @default.
• W2052528640 cites W1992915840 @default.
• W2052528640 cites W1995183550 @default.
• W2052528640 cites W1997596637 @default.
• W2052528640 cites W1998176511 @default.
• W2052528640 cites W2000630977 @default.
• W2052528640 cites W2002951035 @default.
• W2052528640 cites W2003981082 @default.
• W2052528640 cites W2004402078 @default.
• W2052528640 cites W2005517056 @default.
• W2052528640 cites W2008296782 @default.
• W2052528640 cites W2014461778 @default.
• W2052528640 cites W2018815339 @default.
• W2052528640 cites W2020222135 @default.
• W2052528640 cites W2022719300 @default.
• W2052528640 cites W2026533368 @default.
• W2052528640 cites W2028656743 @default.
• W2052528640 cites W2035961594 @default.
• W2052528640 cites W2040629541 @default.
• W2052528640 cites W2049049639 @default.
• W2052528640 cites W2049760495 @default.
• W2052528640 cites W2050148350 @default.
• W2052528640 cites W2051587622 @default.
• W2052528640 cites W2051740174 @default.
• W2052528640 cites W2051864512 @default.
• W2052528640 cites W2052229664 @default.
• W2052528640 cites W2052289430 @default.
• W2052528640 cites W2055100360 @default.
• W2052528640 cites W2055883243 @default.
• W2052528640 cites W2059075856 @default.
• W2052528640 cites W2060968633 @default.
• W2052528640 cites W2061158231 @default.
• W2052528640 cites W2063616747 @default.
• W2052528640 cites W2067412004 @default.
• W2052528640 cites W2068436996 @default.
• W2052528640 cites W2071132701 @default.
• W2052528640 cites W2073463342 @default.
• W2052528640 cites W2083074432 @default.
• W2052528640 cites W2083857556 @default.
• W2052528640 cites W2089940084 @default.
• W2052528640 cites W2090292554 @default.
• W2052528640 cites W2091985754 @default.
• W2052528640 cites W2094839573 @default.
• W2052528640 cites W2095713067 @default.
• W2052528640 cites W2098432852 @default.
• W2052528640 cites W2099586679 @default.
• W2052528640 cites W2101674111 @default.
• W2052528640 cites W2106458285 @default.
• W2052528640 cites W2107839033 @default.
• W2052528640 cites W2108110762 @default.
• W2052528640 cites W2109561875 @default.
• W2052528640 cites W2114984248 @default.
• W2052528640 cites W2116191764 @default.
• W2052528640 cites W2116311703 @default.
• W2052528640 cites W2125671750 @default.
• W2052528640 cites W2129867161 @default.
• W2052528640 cites W2130145478 @default.
• W2052528640 cites W2136820276 @default.
• W2052528640 cites W2137018917 @default.
• W2052528640 cites W2140718639 @default.
• W2052528640 cites W2141350212 @default.
• W2052528640 cites W2141646072 @default.
• W2052528640 cites W2147690605 @default.
• W2052528640 cites W2150193364 @default.
• W2052528640 cites W2159589846 @default.
• W2052528640 cites W2160489903 @default.
• W2052528640 cites W2162066644 @default.
• W2052528640 cites W2163716765 @default.
• W2052528640 cites W2163767500 @default.
• W2052528640 cites W2166062099 @default.
• W2052528640 cites W2168744872 @default.
• W2052528640 cites W2174069807 @default.
• W2052528640 cites W2175900236 @default.
• W2052528640 cites W4235757419 @default.
• W2052528640 cites W4238100621 @default.
• W2052528640 doi "https://doi.org/10.1111/j.1365-2486.2009.01946.x" @default.
• W2052528640 hasPublicationYear "2009" @default.
• W2052528640 type Work @default.
• W2052528640 sameAs 2052528640 @default.

• next