UMR PHIM

Notre Mission : étudier les interactions entre la plante et son environnement qui ont un impact sur l'état sanitaire des plantes, leur croissance et leur productivité. Il s'agit d'interactions avec des organismes microbiens ou des insectes, qu’ils soient pathogènes ou bénéfiques.

Nos objectifs

Comprendre comment une plante interagit avec des micro-organismes et des bioagresseurs.
Analyser l'impact de ces interactions sur la santé de la plante
Proposer des solutions pour assurer une bonne productivité des cultures

Principales cultures concernées

Riz, blé, banane, café, cacao, canne à sucre, manioc, orge, agrume, Aeschynomene

Organismes étudiés

Virus, Bactéries, Champignons, Nématodes, Insectes

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11 to 20 of 26 Results

fig6a_beta_vs_rain.tif 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 14,4 MB - MD5: 4e1f62392a6e2f315354676f675c80d4 figure output published in the related paper
fig6b_beta_vs_ECG.tif 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 14,4 MB - MD5: 0217e8f0353bc6c647c027f93e8c36da figure output published in the related paper
fig6c_beta_vs_TT.tif 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 14,4 MB - MD5: a642745cfdc676f4dd93c7fd775481bf figure output published in the related paper
fig6d_omega_vs_temp.tif 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 14,4 MB - MD5: dfff8bcf269f0bd6e8e56279cf74b23b figure output published in the related paper
fig7_transmission_latence_2012-2013.tif 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 10,3 MB - MD5: 58bdeff2d0bdf0802cf2ece36cbb4021 figure output published in the related paper
fig_mcmc_chains.jpg 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" JPEG Image - 481,5 KB - MD5: 352a55a3de997bc89b89f406b495a7c2 figure output not published
figS1_goodness_of_fit.tiff 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 1,8 MB - MD5: c10e2879be1bd404b89e3717866dea5c figure output published in the supplementary materials in the related paper
figS2_postdensparam.tiff 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 39,9 MB - MD5: 2be4a530f7c29c468c5769ea29b25dde figure output published in the supplementary materials in the related paper
figS3_climatic_variables_2012-2013.tiff 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" TIFF Image - 10,3 MB - MD5: 8a0aaaae893aec76042412c987b0034b figure output published in the supplementary materials in the related paper
Figure_7_Figure_S3.moving_averages.r 16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease" R Syntax - 29,5 KB - MD5: b01bc2a3811026bde6bbfddc1ecae139 codes for making figures

fig6a_beta_vs_rain.tif

16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease"

TIFF Image - 14,4 MB -

figure output published in the related paper

fig6b_beta_vs_ECG.tif

16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease"

TIFF Image - 14,4 MB -

figure output published in the related paper

fig6c_beta_vs_TT.tif

16 déc. 2021 - Data for: "The Dark side of shade: How microclimates drive the epidemiological mechanisms of coffee berry disease"

TIFF Image - 14,4 MB -

figure output published in the related paper