L’UMR CBGP – Centre de Biologie pour la Gestion des Populations – a pour vocation de comprendre les mécanismes qui régissent l’évolution de populations d'organismes importants pour l’agronomie, les forêts, la santé humaine ou la conservation de la biodiversité. Les recherches portent sur des modèles biologiques et sont développées selon six axes : origine et caractérisation de la biodiversité ; adaptation des phytophages, de leurs ennemis naturels et de leurs symbiontes ; écologie et évolution des zoonoses ; biologie, écologie et évolution des espèces envahissantes ; génomique statistique et évolutive des populations ; approches moléculaires et bioinformatiques haut débit. Nos tutelles sont l'INRAE, le CIRAD, l'IRD et l'Institut Agro-Montpellier.

UMR CBGP – Centre de Biologie pour la Gestion des Populations – aims to understand the mechanisms that govern populations of organisms that are important to agriculture, forest, human health and biodiversity conservation. Studies concern biological models and follow six lines of research: origin and characterization of biodiversity; adaptation of plant eaters, their natural enemies and symbionts; ecology and evolution of zoonoses; biology, ecology and evolution of invasive species; statistical and evolutionary population genomics; and high-throughput molecular and bioinformatics techniques. Our supervising bodies are INRAE, CIRAD, IRD and Institut Agro-Montpellier.
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61 to 70 of 133 Results
mygridref.gri
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
Unknown - 19,9 KB - MD5: 2347cf45694ac46f6ff3eb36a7046d75
pr_annual_values_1980_2018_clcpro_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
R Data - 760,0 KB - MD5: 48a735db28324ac3c4a9aa5c3bf689ff
pr_monthly_values_1980_2018_clcpro_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
Gzip Archive - 2,7 MB - MD5: 72cbae8126a1e7827e6d14db3b413971
results_decompo_CHELSA_pr_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
R Data - 452,5 KB - MD5: aae1ca002f79be5ef513d8acc97bb4d7
results_decompo_CHELSA_tas_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
R Data - 442,1 KB - MD5: a8d8c58b4106c3554dac52b967eb7560
tas_annual_values_1980_2018_clcpro_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
Gzip Archive - 367,5 KB - MD5: 0d9618a6c06dc204c265275193c6613c
tas_monthly_values_1980_2018_clcpro_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
Gzip Archive - 2,1 MB - MD5: 687934bbc386eeaa8eba2336489c7163
uniqOcc_clcpro_df_recession_res50.RData
23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.
R Data - 469,2 KB - MD5: 1b290cb8cab33e72451425611b8c19eb
fastqCombinePairedEnd.py
1 mars 2024 - Original data for " Chapuis MP et al. (2023). Evaluation of 96-well high-throughput DNA extraction methods for 16S rRNA gene metabarcoding. Molecular Ecology Resources, 23, 1509–1525"
Python Source Code - 4,1 KB - MD5: a8615acfbf0737600ce065ffb8c8b83f
Executable file required for using the Shell script "Preprocess_1step_forFrogs.sh"
Preprocess_1step_forFrogs.sh
1 mars 2024 - Original data for " Chapuis MP et al. (2023). Evaluation of 96-well high-throughput DNA extraction methods for 16S rRNA gene metabarcoding. Molecular Ecology Resources, 23, 1509–1525"
Shell Script - 13,2 KB - MD5: 930c4ed891ebdbdcccfab0b01dd893b5
Shell script for preprocessing of raw sequences (before running Frogs) : From demultiplexed fastq.gz files produced from an Illumina MiSeq amplicon library, this script cuts reads from 3' primers (with cutadapt), trims on length longer reads (with fastx_trimmer), then merges read...
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