THÈSE - Station Alpine Joseph Fourier - Université Joseph Fourier

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Chapitre I Effet de l’enneigement sur les traits fonctionnels, la fixation et l’allocation du carbone dans les écosystèmes alpins 49
CHAPITRE I A simulation on the importance of growing season length and canopy functional properties on the seasonal Gross Primary Production of temperate alpine meadows. _ 51 Decreased aboveground primary productivity of alpine tundra in response to earlier snowmelt. ________________________________________________________________ 77 Abstract______________________________________________________________________________ 79 Introduction___________________________________________________________________________ 80 Materials and methods __________________________________________________________________ 82 Results_______________________________________________________________________________ 87 Discussion____________________________________________________________________________ 94 Acknowledgments______________________________________________________________________ 97 References____________________________________________________________________________ 97 13 15 C and N allocations of two alpine species from contrasting habitats reflect their different growth strategies _________________________________________________ 103 Abstract_____________________________________________________________________________ 105 Introduction__________________________________________________________________________ 106 Material and methods __________________________________________________________________ 108 Results______________________________________________________________________________ 114 Discussion___________________________________________________________________________ 121 Acknowledgements____________________________________________________________________ 124 References___________________________________________________________________________ 125 50
Page 1 and 2: THÈSE Pour l’obtention du titre
Page 4: « Quel prix, dit encore Pierre Ter
Page 8 and 9: Remerciements En premier lieu, je t
Page 10 and 11: Liste des abréviations Abbreviatio
Page 12 and 13: Sommaire INTRODUCTION _____________
Page 14: C. Linkages between carbon and nutr
Page 17 and 18: INTRODUCTION A. Contexte et problé
Page 19 and 20: Introduction Contexte et problémat
Page 35 and 36: Introduction Objectifs et hypothès
Page 37 and 38: Introduction Objectifs et hypothès
Page 39 and 40: Introduction Organisation du docume
Page 41 and 42: Introduction Présentation du site
Page 49: Introduction Présentation du site
Page 54 and 55: Annals of Botany 1-11, 2007 doi:10.
Page 56 and 57: Baptist and Choler — Gross Primar
Page 66 and 67: Supplementary material 2. Daily upt
Page 68 and 69: Supplementary Fig. S1 The daily cou
Page 70 and 71: C. Photosynthesis and stomatal cond
Page 72 and 73: References (1) Bernacchi CJ, Singsa
Page 74 and 75: f sun - k b Fh ; fsha = 1− (Fh) =
Page 76: R d csha C a = 0.0089 (Vcsun + V )
Page 79 and 80: Chapitre I Article 1B 78
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Page 91 and 92: 299 300 301 302 Chapitre I Article
Page 93 and 94: Chapitre I Article 1B Fig. 3 Season
Page 95 and 96: Chapitre I Article 1B Discussion Ou
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Chapitre I Article 1B Monson, R. K.
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Chapitre I Article 1B Appendix 1 Ap
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104
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Chapitre I Article 1C Introduction
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Chapitre I Article 1C Material and
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Chapitre I Article 1C Folsom, CA, U
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Chapitre I Article 1C γ C ( T) =
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Chapitre I Article 1C Results Bioma
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Chapitre I Article 1C 13 C fixation
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Chapitre I Article 1C 3). In KM, 45
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Chapitre I Article 1C Fig. 4 Labell
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Chapitre I Article 1C of roots, tha
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Chapitre I Article 1C (RR) and/or a
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Chapitre I Article 1C Körner, C. 1
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Chapitre I Article 1C Appendix 1 12
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Chapitre I Article 1C 130
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CHAPITRE II Snow cover exerts contr
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134
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Chapitre II Article 2A Introduction
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Chapitre II Article 2A Material and
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Chapitre II Article 2A growing seas
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1 2 3 4 5 6 Species Location Growth
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Chapitre II Article 2A There were l
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Chapitre II Article 2A Fig. 2 Mean
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Chapitre II Article 2A Species Late
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Chapitre II Article 2A Seastedt 199
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Chapitre II Article 2A 1998). Thus,
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Chapitre II Article 2A exhibited th
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Chapitre II Article 2A fluxes. Oeco
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Chapitre II Article 2A Quétier, F.
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Chapitre II Article 2A 160
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162
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Chapitre II Article 2B Introduction
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Chapitre II Article 2B Materials an
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Chapitre II Article 2B cores). Inta
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Chapitre II Article 2B variables W
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Chapitre II Article 2B Results Soil
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Chapitre II Article 2B respectively
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Chapitre II Article 2B Predicted -3
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Chapitre II Article 2B Discussion T
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Chapitre II Article 2B trapping and
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Chapitre II Article 2B 74:2085-2097
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Chapitre II Article 2B Knorr, W., I
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Chapitre II Article 2B Appendix 1 S
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Chapitre II Article 2B 188
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190
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800 F. Baptist et al. of the organi
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802 F. Baptist et al. Fig. 2. Neigh
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804 F. Baptist et al. indicated onl
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806 F. Baptist et al. Table 3. A. S
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808 F. Baptist et al. (2004) Molecu
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202
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SYNTHESE ET PERSPECTIVES A. Introdu
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Synthèse et perspectives Jonasson
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Synthèse et perspectives estimatin
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Synthèse et perspectives Interesti
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Synthèse et perspectives duration
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Synthèse et perspectives Species L
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Synthèse et perspectives are predi
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Synthèse et perspectives from fres
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Synthèse et perspectives Thus, spe
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Synthèse et perspectives 1 2 3 4 5
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Synthèse et perspectives Directs E
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Synthèse et perspectives factors a
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Synthèse et perspectives associate
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Synthèse et perspectives The need
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232
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Bibliographie Beniston, M. 2005. Mo
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Bibliographie functional diversity
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Bibliographie Arbuscular mycorrhiza
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Bibliographie 162:229-239. Korb, J.
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Bibliographie Press. Post, W. M., W
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Bibliographie soil microbes as driv
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Bibliographie 246
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ANNEXES Annexe 1___________________
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Annexes 250
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Annexes 252
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(2006), pre-existing plasticity in
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levels of potassium treatment consi
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Table 2 P-values of the comparison
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Table 5 Two-way analysis of varianc
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THÈSE - Station Alpine Joseph Fourier - Université Joseph Fourier

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