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Modelling key parameters characterising land surface using the SimSphere SVAT model

Petropoulos Georgios, Christopoulos Dionysios, Suman Swati, North Matthew R., Srivastava Prashant K., Fuzzo Daniela Silva, Carlson Toby N.

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URIhttp://purl.tuc.gr/dl/dias/C440528C-BDDF-4319-85B1-61581CEDAFE8-
Αναγνωριστικό9780128123621-
Αναγνωριστικόhttps://www.sciencedirect.com/science/article/pii/B9780128123621000205-
Αναγνωριστικόhttps://doi.org/10.1016/B978-0-12-812362-1.00020-5-
Γλώσσαen-
Μέγεθος33 pagesen
ΤίτλοςModelling key parameters characterising land surface using the SimSphere SVAT modelen
ΔημιουργόςPetropoulos Georgiosen
ΔημιουργόςΠετροπουλος Γεωργιοςel
ΔημιουργόςChristopoulos Dionysiosen
ΔημιουργόςΧριστοπουλος Διονυσιοςel
ΔημιουργόςSuman Swatien
ΔημιουργόςNorth Matthew R.en
ΔημιουργόςSrivastava Prashant K.en
ΔημιουργόςFuzzo Daniela Silvaen
ΔημιουργόςCarlson Toby N.en
ΕκδότηςAcademic Pressen
ΠεριγραφήBook Chapteren
ΠερίληψηThe present study investigates the ability of SimSphere, a soil vegetation atmosphere transfer model, to predict key parameters in characterising land surface interactions. In particular, the model's performance in predicting Net Radiation (Rnet), Latent Heat (LE) and Sensible Heat (H) was examined. For this purpose, concurrent in-situ measurements of the corresponding parameters for a total of 70 days of the year 2011 from seven CarboEurope network sites were acquired, incorporating a variety of environmental biomes and climatic conditions in the model evaluation. In overall, SimSphere was largely able to accurately predict the variables against which it was evaluated for most of the experimental sites. Statistical analysis showed highest agreement of H fluxes to the measured in-situ values for all ecosystems, with an average root mean square difference of 55.36 Wm−2. Predicted latent fluxes and Rnet also agreed well with the corresponding in-situ data with RSMDs of 62.75 and 64.65 Wm−2, respectively. Our findings contribute towards a better understanding of the model structure, functioning and its correspondence to the real-world system. They also further establish its capability as a useful teaching and research tool in modelling Earth's land surface interactions. This is important given its increasing use, including its synergies with Earth observation data.en
ΤύποςΚεφάλαιο σε Βιβλίοel
ΤύποςBook Chapteren
Άδεια Χρήσηςhttp://creativecommons.org/licenses/by/4.0/en
Ημερομηνία2020-12-28-
Ημερομηνία Δημοσίευσης2020-
Θεματική ΚατηγορίαLand surface processesen
Θεματική ΚατηγορίαCarboEuropeen
Θεματική ΚατηγορίαHydrology modelsen
Θεματική ΚατηγορίαEarth observationen
Θεματική ΚατηγορίαSimSphereen
Θεματική ΚατηγορίαSVATen
Θεματική ΚατηγορίαValidationen
Βιβλιογραφική ΑναφοράS. Suman, M.R. North, G. P. Petropoulos, P.K. Srivastava, D.T. Hristopulos, D. S. Fuzzo, and T. N. Carlson, "Modelling key parameters characterising land surface using the SimSphere SVAT model," in Agricultural Water Management : Theories and Practices, P.K. Srivastava, M. Gupta, G. Tsakiris, N.W. Quinn, Eds. Cambridge, Massachusetts: Academic Press, 2020. pp. 409-442. doi: 10.1016/B978-0-12-812362-1.00020-5en
Τίτλος ΒιβλίουAgricultural Water Management: Theories and Practicesen
Έκδοση Βιβλίου1-
Σειρά Βιβλίουen

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