Ridge to Reef Data on the Reef outline of Nauru, limited metadata, compiled in 2018
Ridge to Reef Data on Seamounts in Nauru, limited metadata, compiled in 2018
Ridge to Reef Data, Grassland Vegetation Class, Limited Metadata, Compiled in 2018
Ridge to Reef Data for Open Land in Nauru, limited metadata, compiled in 2018
Ridge to Reef Data on Nauru's Sand Bay, limited metadata, compiled in 2018
Ridge to Reef Data on Nauru's Secondary Forest, Limited metadata compiled in 2018
Ridge to reef data on Nauru's settlement, limited metadata, compiled in 2018
CSV file containing species richness values and mapping parameters for marine species (with a probability of occurrence > 0.5) derived from AquaMaps. A total of 33,512 species were used in the generation of this file.
Coordinate system is WGS84 (ESPG 4326) with coordinates expressed in longitude and latitude.
Fields in this file are:
C-Square Code: unique identifier for grid
Longitude: longitude in decimal degrees
Latitude: latitude in decimal degrees
Species Count: number of species modeled at given point
Ridge to Reef Data on Nauru's Water Sources, limited metadata, compiled in 2018
Each value represents the number of dumping events observed on fishing vessels during the period 2003-2015
Excel file with spreadsheets for each species. Downloaded from TREDS May 2021.
Annual consumption of ozone-depleting substances (ODS). ODS consumption is measured units of ODS tonnes, which is the amount of ODS consumed, multiplied by their respective ozone depleting potential value.
The six Allen Coral Atlas Global Benthic Habitat Map classes described below were developed by Roelfsema et al 2013* with input from other coral reef benthic classifications.
The twelve Global Geomorphic Zones mapped by the Allen Coral Atlas are listed below, in logical order from external seaward-facing through to internal coral reef structural features. These zones are known to be fairly consistent across different biogeographic regions, and often associated with regionally distinct ecological assemblages of benthic animals and plants. Moreover, geomorphic classes like these have been shown to be reliable predictors of biological habitat richness and diversity.