Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment

A. Olioso; I. Braud; A. Chanzy; H. Autret; O. Bethenot; J.M. Bonnefonds; J.C. Calvet; D. Courault; J. Demarty; Y. Ducros; J.C. Gaudu; E. Gonzales-Sosa; R. Gouget; R.E.E. Jongschaap; Y.H. Kerr; J.P. Lagouarde; J.P. Laurent; E. Lewan; O. Marloie; J. Mc Anneney; S. Moulin; C. Ottlé; L. Prévot; J.L. Thony; J.P. Wigneron; W. Zhao

doi:10.1051/agro:2002051

Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment

A. Olioso, I. Braud, A. Chanzy, H. Autret, O. Bethenot, J.M. Bonnefonds, J.C. Calvet, D. Courault, J. Demarty, Y. Ducros, J.C. Gaudu, E. Gonzales-Sosa, R. Gouget, R.E.E. Jongschaap, Y.H. Kerr, J.P. Lagouarde, J.P. Laurent, E. Lewan, O. Marloie, J. Mc AnneneyS. Moulin, C. Ottlé, L. Prévot, J.L. Thony, J.P. Wigneron, W. Zhao

Research output: Contribution to journal › Article › Academic › peer-review

27 Citations (Scopus)

Abstract

The Alpilles-ReSeDA program was initiated to develop and test methods for interpreting remote sensing data that could lead to a better evaluation of soil and vegetation processes. This article presents the experiment that was setup in order to acquire the necessary data to achieve this goal. Intensive measurements were performed for almost one year over a small agricultural region in the South of France (20 kilometers square). To capture the main processes controlling land-atmosphere exchanges, the local climate was fully characterized, and surface energy fluxes, vegetation biomass, vegetation structure, soil moisture profiles, surface soil moisture, surface temperature and soil temperature were monitored. Additional plant physiological measurements and a full characterization of physical soil parameters were also carried out. After presenting the different types of measurements, examples are given in order to illustrate the variability of soils and plant processes in the area in response to the experienced climate

Original language	English
Pages (from-to)	597-611
Journal	Agronomie
Volume	22
Issue number	6
DOIs	https://doi.org/10.1051/agro:2002051
Publication status	Published - 2002

Keywords

soil hydraulic-properties
insitu measurement
moisture
evapotranspiration
assimilation
parameters
region
probe
model

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.1051/agro:2002051

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Olioso, A., Braud, I., Chanzy, A., Autret, H., Bethenot, O., Bonnefonds, J. M., Calvet, J. C., Courault, D., Demarty, J., Ducros, Y., Gaudu, J. C., Gonzales-Sosa, E., Gouget, R., Jongschaap, R. E. E., Kerr, Y. H., Lagouarde, J. P., Laurent, J. P., Lewan, E., Marloie, O., ... Zhao, W. (2002). Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment. Agronomie, 22(6), 597-611. https://doi.org/10.1051/agro:2002051

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title = "Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment",

abstract = "The Alpilles-ReSeDA program was initiated to develop and test methods for interpreting remote sensing data that could lead to a better evaluation of soil and vegetation processes. This article presents the experiment that was setup in order to acquire the necessary data to achieve this goal. Intensive measurements were performed for almost one year over a small agricultural region in the South of France (20 kilometers square). To capture the main processes controlling land-atmosphere exchanges, the local climate was fully characterized, and surface energy fluxes, vegetation biomass, vegetation structure, soil moisture profiles, surface soil moisture, surface temperature and soil temperature were monitored. Additional plant physiological measurements and a full characterization of physical soil parameters were also carried out. After presenting the different types of measurements, examples are given in order to illustrate the variability of soils and plant processes in the area in response to the experienced climate",

keywords = "soil hydraulic-properties, insitu measurement, moisture, evapotranspiration, assimilation, parameters, region, probe, model",

author = "A. Olioso and I. Braud and A. Chanzy and H. Autret and O. Bethenot and J.M. Bonnefonds and J.C. Calvet and D. Courault and J. Demarty and Y. Ducros and J.C. Gaudu and E. Gonzales-Sosa and R. Gouget and R.E.E. Jongschaap and Y.H. Kerr and J.P. Lagouarde and J.P. Laurent and E. Lewan and O. Marloie and {Mc Anneney}, J. and S. Moulin and C. Ottl{\'e} and L. Pr{\'e}vot and J.L. Thony and J.P. Wigneron and W. Zhao",

year = "2002",

doi = "10.1051/agro:2002051",

language = "English",

volume = "22",

pages = "597--611",

journal = "Agronomie",

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Olioso, A, Braud, I, Chanzy, A, Autret, H, Bethenot, O, Bonnefonds, JM, Calvet, JC, Courault, D, Demarty, J, Ducros, Y, Gaudu, JC, Gonzales-Sosa, E, Gouget, R, Jongschaap, REE, Kerr, YH, Lagouarde, JP, Laurent, JP, Lewan, E, Marloie, O, Mc Anneney, J, Moulin, S, Ottlé, C, Prévot, L, Thony, JL, Wigneron, JP & Zhao, W 2002, 'Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment', Agronomie, vol. 22, no. 6, pp. 597-611. https://doi.org/10.1051/agro:2002051

TY - JOUR

T1 - Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment

AU - Olioso, A.

AU - Braud, I.

AU - Chanzy, A.

AU - Autret, H.

AU - Bethenot, O.

AU - Bonnefonds, J.M.

AU - Calvet, J.C.

AU - Courault, D.

AU - Demarty, J.

AU - Ducros, Y.

AU - Gaudu, J.C.

AU - Gonzales-Sosa, E.

AU - Gouget, R.

AU - Jongschaap, R.E.E.

AU - Kerr, Y.H.

AU - Lagouarde, J.P.

AU - Laurent, J.P.

AU - Lewan, E.

AU - Marloie, O.

AU - Mc Anneney, J.

AU - Moulin, S.

AU - Ottlé, C.

AU - Prévot, L.

AU - Thony, J.L.

AU - Wigneron, J.P.

AU - Zhao, W.

PY - 2002

Y1 - 2002

N2 - The Alpilles-ReSeDA program was initiated to develop and test methods for interpreting remote sensing data that could lead to a better evaluation of soil and vegetation processes. This article presents the experiment that was setup in order to acquire the necessary data to achieve this goal. Intensive measurements were performed for almost one year over a small agricultural region in the South of France (20 kilometers square). To capture the main processes controlling land-atmosphere exchanges, the local climate was fully characterized, and surface energy fluxes, vegetation biomass, vegetation structure, soil moisture profiles, surface soil moisture, surface temperature and soil temperature were monitored. Additional plant physiological measurements and a full characterization of physical soil parameters were also carried out. After presenting the different types of measurements, examples are given in order to illustrate the variability of soils and plant processes in the area in response to the experienced climate

AB - The Alpilles-ReSeDA program was initiated to develop and test methods for interpreting remote sensing data that could lead to a better evaluation of soil and vegetation processes. This article presents the experiment that was setup in order to acquire the necessary data to achieve this goal. Intensive measurements were performed for almost one year over a small agricultural region in the South of France (20 kilometers square). To capture the main processes controlling land-atmosphere exchanges, the local climate was fully characterized, and surface energy fluxes, vegetation biomass, vegetation structure, soil moisture profiles, surface soil moisture, surface temperature and soil temperature were monitored. Additional plant physiological measurements and a full characterization of physical soil parameters were also carried out. After presenting the different types of measurements, examples are given in order to illustrate the variability of soils and plant processes in the area in response to the experienced climate

KW - soil hydraulic-properties

KW - insitu measurement

KW - moisture

KW - evapotranspiration

KW - assimilation

KW - parameters

KW - region

KW - probe

KW - model

U2 - 10.1051/agro:2002051

DO - 10.1051/agro:2002051

M3 - Article

VL - 22

SP - 597

EP - 611

JO - Agronomie

JF - Agronomie

SN - 0249-5627

IS - 6

ER -

Monitoring energy and mass transfers during the Alpilles-ReSEDA experiment

Abstract

Keywords

UN SDGs

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