221 to 230 of 9,031 Results
Mar 17, 2026 -
Contours des bassins versants et réseau hydrographique de la Komadougou Yobe (Niger, Nigeria)
JPEG Image - 86.5 KB -
MD5: 667d0bc74eb2af3d3040f8f6858bfba1
- Mouth of the Yobe River : border between Nigeria and Niger for about 100 km – a river with a small and irregular flow. Author: Marcel Roche – 1978
-Embouchure de la Yobé : frontière entre le Nigéria et le Niger sur une centaine de km - cours d'eau peu abondant et irrégulier. A... |
Mar 17, 2026 -
Contours des bassins versants et réseau hydrographique de la Komadougou Yobe (Niger, Nigeria)
ZIP Archive - 618.5 KB -
MD5: 5539df66cf0150cbe72c30af46eec7f7
-Layer of geology cut at the basin outline (name: GEOL),
the Holdridge vegetation classes (name: HOLD) and
the Water Holding Capacity at a half–degree square resolution over the basin (name: WHC).
-Couche géologique découpée au contour du bassin (nom GEOL),
Classes de végétation... |
Mar 17, 2026 - UMR ESPACE-DEV
Catry, Thibault; Faure, jean-François; Blanchard, Elodie, 2026, "Distribution de la mangrove au Cambodge en 2020", https://doi.org/10.23708/4b2f6d81-5be9-43f0-aa5b-f92089095397, DataSuds-geo
Cette carte de la répartition des mangroves au Cambodge en 2020 a été réalisée à partir d'images Sentinel 2 datées de janvier 2020 obtenues à partir du navigateur Copernicus (https://browser.dataspace.copernicus.eu/). Les images couvrent 4 tuiles Sentinel 2 (T48PTT, T48PUS, T48PU...This dataset is harvested from DataSuds-geo repository. / Ce jeu de données est moissonné à partir de l'entrepôt DataSuds-geo. |
Mar 11, 2026 - AMAPVox
Verley, Philippe, 2026, "AMAPVox Source Code", https://doi.org/10.23708/43WFZO, DataSuds, V2
AMAPVox is a LiDAR voxelization software designed for ecological and forestry applications. This dataset provides the source code for AMAPVox, corresponding to the v2.4.2 release (tagged in the AMAPVox repository on the IRD Forge). |
Mar 11, 2026 -
AMAPVox Source Code
TAR Archive - 77.3 MB -
MD5: 4210d0dbc83a29b385f079843a8c637f
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Mar 10, 2026 - gratools
Ravel, Sebastien; Marthe, Nina; Carrette, Camille; Mohamed, Mourdas; Sabot, Francois; Christine, Tranchant-Dubreuil, 2026, "Supporting data and scripts produced by the GraTools software", https://doi.org/10.23708/M24LJG, DataSuds, V1
Here, we introduce GraTools (https://forge.ird.fr/diade/gratools), a fast and user-friendly command-line tool for manipulating PVGs using the original GFA file. After a one-time graph import, GraTools enables rapid subgraph extraction, fasta sequence retrieval, and comprehensive... |
Python Source Code - 3.3 KB -
MD5: a6ba11cdc66e970252bbe35eba20efe0
Script for advanced GraTools pangenome analysis; full details are provided in the included README. |
PNG Image - 98.8 KB -
MD5: c52a96e1a3a1c1fcfe49399c5030fc86
Screenshots showing tabulated outputs of several GraTools commands, displaying structured tables with color-coded formatting for improved readability. |
PNG Image - 124.7 KB -
MD5: 8a9f04f9ac34ae48143f1ec262218df2
Screenshots showing tabulated outputs of several GraTools commands, displaying structured tables with color-coded formatting for improved readability. |
Markdown Text - 33.9 KB -
MD5: 832f5ec934a8604f260043f64937a327
This file provides a complete workflow for analyzing pangenome graphs using GraTools, including example commands, explanations, and use cases from the associated study. |
