This landscape dataset was built using Shuttle Radar Topography Mission (SRTM) data with full resolution (1 arc sec ~ 30m). This map aims at evaluating the geodiversity of natural areas. Twelve landscape types into 5 main categories have been identied with respect to Migon's typology (2006): the coastal plains landscapes (AA. AB. AC); the typical multi-convex landscapes (B. I. J); the multi-concave and joint-valley landscapes (C.D); the more or less dissected plateau (E.F.G) and the all-slopes topography (H). The map was produced at the request of the French Guianan public forest manager of the Office National des Forêts (ONF).

The map sheet: 1. Esquisse géologique de la Guyane française méridionale. Scale of 1:500 000. Date of publication: 1953.

The map sheet: 1. Carte des sols et de la végétation des hautes terres de la Guyane. Scale of 1:100 000. Date of publication: unknown.

Environmental DNA metabarcoding has recently emerged as a non destructive alternative to traditional sampling for characterising species assemblages. We here provide a consistent dataset synthetizing all eDNA sampling sites in French Guiana to date. We also provide a taxon by site matrix for fishes presence / absence as inferred from eDNA. Our aim is to allow a transparent communication to the stakeholders, and provide the foundation for a monitoring program based on eDNA.

The map sheet: 1. Carte géologique de l'île de Cayenne : terrasses quaternaires et socle ancien. Scale of 1:50 000. Date of publication: 1949.

The map sheet: 1. Esquisse géologique de la Guyane française : (feuille Nord). Scale of 1:500 000. Date of publication: 1949.

One mosaic of 2 map sheets: 1. Cayenne - Régina : Guyane française, carte des sols des terres basses. Scale of 1:100 000. Date of publication: 1962. 2. Guisanbourg - Ouanary : Guyane française, carte des sols des terres basses. Scale of 1:100 000. Date of publication: 1962.

The map sheet: 1. Travaux pédologiques exécutés en Guyane : état des travaux jusqu'à fin 1954. Scale of 1:2 000 000. Date of publication: unknown.

This landform dataset was built using Shuttle Radar Topography Mission (SRTM) data with full resolution (1 arc sec ~ 30m). This map aims at evaluating the geodiversity of natural areas. Classes correspond to different types of landforms. Taking into account data accuracy, we recommend using the landform map for scales beyond 1: 100 000 to 1: 250 000. The map was produced at the request of the French Guianan public forest manager of the Office National des Forêts (ONF).

The dataset identifies, characterizes and maps distinct forest landscape types within the evergreen lowland rainforest at the subcontinental scale.