Matches in SemOpenAlex for { <https://semopenalex.org/work/W3134778894> ?p ?o ?g. }
- W3134778894 endingPage "1407" @default.
- W3134778894 startingPage "1379" @default.
- W3134778894 abstract "Abstract. Root water uptake by plants is a vital process that influences terrestrial energy, water, and carbon exchanges. At the soil, vegetation, and atmosphere interfaces, root water uptake and solar radiation predominantly regulate the dynamics and health of vegetation growth, which can be remotely monitored by satellites, using the soil–plant relationship proxy – solar-induced chlorophyll fluorescence. However, most current canopy photosynthesis and fluorescence models do not account for root water uptake, which compromises their applications under water-stressed conditions. To address this limitation, this study integrated photosynthesis, fluorescence emission, and transfer of energy, mass, and momentum in the soil–plant–atmosphere continuum system, via a simplified 1D root growth model and a resistance scheme linking soil, roots, leaves, and the atmosphere. The coupled model was evaluated with field measurements of maize and grass canopies. The results indicated that the simulation of land surface fluxes was significantly improved by the coupled model, especially when the canopy experienced moderate water stress. This finding highlights the importance of enhanced soil heat and moisture transfer, as well as dynamic root growth, on simulating ecosystem functioning." @default.
- W3134778894 created "2021-03-15" @default.
- W3134778894 creator A5010988798 @default.
- W3134778894 creator A5019887706 @default.
- W3134778894 creator A5034692909 @default.
- W3134778894 creator A5035028879 @default.
- W3134778894 creator A5036791093 @default.
- W3134778894 creator A5037183827 @default.
- W3134778894 creator A5053347480 @default.
- W3134778894 creator A5059343454 @default.
- W3134778894 creator A5062668689 @default.
- W3134778894 date "2021-03-11" @default.
- W3134778894 modified "2023-10-16" @default.
- W3134778894 title "Integrated modeling of canopy photosynthesis, fluorescence, and the transfer of energy, mass, and momentum in the soil–plant–atmosphere continuum (STEMMUS–SCOPE v1.0.0)" @default.
- W3134778894 cites W1516449243 @default.
- W3134778894 cites W157148812 @default.
- W3134778894 cites W1571708397 @default.
- W3134778894 cites W158657237 @default.
- W3134778894 cites W1601930706 @default.
- W3134778894 cites W1660144379 @default.
- W3134778894 cites W1898496237 @default.
- W3134778894 cites W193909436 @default.
- W3134778894 cites W1964100370 @default.
- W3134778894 cites W1973707327 @default.
- W3134778894 cites W1973887926 @default.
- W3134778894 cites W1978971469 @default.
- W3134778894 cites W1983660976 @default.
- W3134778894 cites W1987672876 @default.
- W3134778894 cites W1988144647 @default.
- W3134778894 cites W1992918946 @default.
- W3134778894 cites W1995107398 @default.
- W3134778894 cites W2003110898 @default.
- W3134778894 cites W2014386463 @default.
- W3134778894 cites W2014564558 @default.
- W3134778894 cites W2017905245 @default.
- W3134778894 cites W2019022785 @default.
- W3134778894 cites W2019932413 @default.
- W3134778894 cites W2025163636 @default.
- W3134778894 cites W2028979033 @default.
- W3134778894 cites W2029074727 @default.
- W3134778894 cites W2036123899 @default.
- W3134778894 cites W2036925375 @default.
- W3134778894 cites W2042143567 @default.
- W3134778894 cites W2046857879 @default.
- W3134778894 cites W2046957975 @default.
- W3134778894 cites W2054482477 @default.
- W3134778894 cites W2067169490 @default.
- W3134778894 cites W2074415412 @default.
- W3134778894 cites W2082930576 @default.
- W3134778894 cites W2088348792 @default.
- W3134778894 cites W2101493446 @default.
- W3134778894 cites W2101695001 @default.
- W3134778894 cites W2106227079 @default.
- W3134778894 cites W2107325836 @default.
- W3134778894 cites W2115764562 @default.
- W3134778894 cites W2116291451 @default.
- W3134778894 cites W2119394763 @default.
- W3134778894 cites W2123855284 @default.
- W3134778894 cites W2124437404 @default.
- W3134778894 cites W2128795398 @default.
- W3134778894 cites W2137248297 @default.
- W3134778894 cites W2158883105 @default.
- W3134778894 cites W2162604832 @default.
- W3134778894 cites W2268412354 @default.
- W3134778894 cites W2272039332 @default.
- W3134778894 cites W2290222028 @default.
- W3134778894 cites W2328562383 @default.
- W3134778894 cites W2343753310 @default.
- W3134778894 cites W2396938431 @default.
- W3134778894 cites W2515019126 @default.
- W3134778894 cites W2553790807 @default.
- W3134778894 cites W2619672155 @default.
- W3134778894 cites W2731835482 @default.
- W3134778894 cites W2789250889 @default.
- W3134778894 cites W2794693335 @default.
- W3134778894 cites W2866974115 @default.
- W3134778894 cites W2901759732 @default.
- W3134778894 cites W2912752805 @default.
- W3134778894 cites W2913205542 @default.
- W3134778894 cites W2913707046 @default.
- W3134778894 cites W2955326657 @default.
- W3134778894 cites W2956697767 @default.
- W3134778894 cites W2975347778 @default.
- W3134778894 cites W2999173683 @default.
- W3134778894 cites W3008379897 @default.
- W3134778894 cites W3016181011 @default.
- W3134778894 cites W3033930344 @default.
- W3134778894 cites W3081014443 @default.
- W3134778894 cites W4255690396 @default.
- W3134778894 doi "https://doi.org/10.5194/gmd-14-1379-2021" @default.
- W3134778894 hasPublicationYear "2021" @default.
- W3134778894 type Work @default.
- W3134778894 sameAs 3134778894 @default.
- W3134778894 citedByCount "11" @default.
- W3134778894 countsByYear W31347788942021 @default.
- W3134778894 countsByYear W31347788942022 @default.
- W3134778894 countsByYear W31347788942023 @default.
- W3134778894 crossrefType "journal-article" @default.