L’UMR PVBMT élabore des méthodes innovantes de lutte contre les ravageurs, les maladies et les adventices des agrosystèmes, mais aussi de nouveaux modes de conservation des milieux forestiers indigènes. Les recherches et les formations associées de l’unité concernent la protection des cultures tropicales et la préservation de la biodiversité des écosystèmes terrestres. L'unité est accueillie au sein des laboratoires du Pôle de protection des plantes (3P) de Saint-Pierre, à la Réunion. L'UMR est sous la tutelle du Cirad et de l'Université de La Réunion.

UMR PVBMT research focus areas are the development of innovative integrated pest management methods and the elaboration of conservation and restoration programs of terrestrial ecosystems. The UMR is hosted at the Pôle de protection des plantes (3P) in Saint-Pierre, Réunion island. UMR PVBMT is under the tutelage of Cirad and Université de La Réunion.
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Field-based invasion degree for Grand Benare, Reunion Island (2022-2023)
10 oct. 2024
Rouget, Mathieu; Fenouillas, Pauline; Cazal, Emilie; Caubit, Margot; Ajaguin Soleyen, Cédric; Balard, Eve; Becker-Scarpitta, Antoine; Calichiama, Laurent; Karczewski, Gaël; Lavergne, Christophe; Lequette, Benoit; L'Horset, Roxane; Léa, Marie; Payet, Guillaume; Payet, Nicolas; Picot, Frédéric; Strasberg, Dominique; Triolo, Julien; Turquet, Vincent; Delorme, Jean-Philippe, 2024, "Field-based invasion degree for Grand Benare, Reunion Island (2022-2023)", https://doi.org/10.18167/DVN1/NCXYNX, CIRAD Dataverse, V1
Field-based invasion degree used in the paper Rouget et al. (2024) "From planning to implementation: a multi-stakeholder partnership for managing plant invasions in tropical island ecosystems", Biological Invasions https://doi.org/10.1007/s10530-024-03454-8
20240228_GB_data.txt
10 oct. 2024 - Field-based invasion degree for Grand Benare, Reunion Island (2022-2023)
Plain Text - 32,7 KB - MD5: 8f78d265f567ce967cd5aa4cd1014af3
Field data of invasion degree for Grand Benare
20240228_GB_metadata.txt
10 oct. 2024 - Field-based invasion degree for Grand Benare, Reunion Island (2022-2023)
Plain Text - 2,8 KB - MD5: 1d539eab5fd4ecc212dc4c4fa5e256b6
Metadata Data from Rouget et al. (2024) From planning to implementation: a multi-stakeholder partnership for managing plant invasions in tropical island ecosystems Biological Invasions (2024) https://doi.org/10.1007/s10530-024-03454-8
20240228_GB_species.txt
10 oct. 2024 - Field-based invasion degree for Grand Benare, Reunion Island (2022-2023)
Plain Text - 12,6 KB - MD5: 0918f2ce38155365f859d7f3b25866e9
Invasive alien plant survey for Grand Bénare
Invasion degree and priority areas for clearing for Reunion Island (2024)
10 oct. 2024
Rouget, Mathieu; Fenouillas, Pauline; Cazal, Emilie; Caubit, Margot; Ajaguin Soleyen, Cédric; Balard, Eve; Becker-Scarpitta, Antoine; Calichiama, Laurent; Karczewski, Gaël; Lavergne, Christophe; Lequette, Benoit; L'Horset, Roxane; Marie, Léa; Payet, Guillaume; Payet, Nicolas; Picot, Frédéric; Strasberg, Dominique; Triolo, Julien; Turquet, Vincent; Delorme, Jean-Philippe, 2024, "Invasion degree and priority areas for clearing for Reunion Island (2024)", https://doi.org/10.18167/DVN1/4TVNWX, CIRAD Dataverse, V1
Island-wide invasion degree and priority areas for clearing invasive plant species on Reunion Island. Data from paper Rouget et al. (2024) From planning to implementation: a multi-stakeholder partnership for managing plant invasions in tropical island ecosystems. Biological Invas...
Invasion_Degree_DD.zip
10 oct. 2024 - Invasion degree and priority areas for clearing for Reunion Island (2024)
Shapefile as ZIP Archive - 7,5 MB - MD5: 9c413198c84893d4a0ad28f6ba984904
Shapefile of Invasion Degree for Reunion Island
Prio_actions_DD.zip
10 oct. 2024 - Invasion degree and priority areas for clearing for Reunion Island (2024)
Shapefile as ZIP Archive - 8,6 MB - MD5: c236d78e6d62cd3a4fa8dd2ec6efdc60
Shapefile of Priority areas for clearing for Reunion Island
Reunion_Invasion_Prio_metadata.txt
10 oct. 2024 - Invasion degree and priority areas for clearing for Reunion Island (2024)
Plain Text - 1,8 KB - MD5: 5ce30221e43e9dc3211127a319182ca9
Metadata of shapefiles
Evidence for a gut microbial community conferring adaptability to abiotic and biotic stressors in phytophagous insects: the melon fruit fly Zeugodacus cucurbitae (Diptera:Tephritidae) as case study
2 juil. 2024
Hafsi, Abir; Moquet, Laura; Hendrycks Wouter; De Meyer Marc; Virgilio Massimiliano; Delatte Hélène, 2024, "Evidence for a gut microbial community conferring adaptability to abiotic and biotic stressors in phytophagous insects: the melon fruit fly Zeugodacus cucurbitae (Diptera:Tephritidae) as case study", https://doi.org/10.18167/DVN1/XFGIG5, CIRAD Dataverse, V1, UNF:6:ghgFzjBohjtTgggA//+4CQ== [fileUNF]
Microbial symbionts are known to play a key role in the biology, ecology, and evolution of phytophagous insects, but their abundance and diversity are suggested to be influenced by environment stressors. In order to identify this hypothesis, the change in gut microbial community...
README.docx
2 juil. 2024 - Evidence for a gut microbial community conferring adaptability to abiotic and biotic stressors in phytophagous insects: the melon fruit fly Zeugodacus cucurbitae (Diptera:Tephritidae) as case study
MS Word - 32,9 KB - MD5: 9f116058b194fb49b46a946e7a686377
"Readme" file associated to the data in "Z_cucurbitae_microbiota" file.
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