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DIGITAL - Spreadsheets - other
201 record(s)
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draft
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This record contains data collected from the near-water surface sampling site off the Lucinda Jetty, as part of the Lucinda Jetty Coastal Observatory. Sample collection began the 9th of January, 2014. The data can be used for Ocean Colour sensor validation. Parameters measured include the absorption coefficients of the particulate and dissolved components of the water column and the phytoplankton pigment concentration and composition.
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This product (i.e. Access data base) contains data (longitudes, latitude and biodiversity attribute variables) that describes the predicted spatial patterns of biodiversity categories based on species richness and evenness of demersal fish in the NWMR. This product provides predictions for total species abundance, species richness and species evenness and estimates of uncertainty for demersal fish. The predicted patterns are represent as point data arranged on a 0.1 degree grid (~ 1.2 km2) covering depths 50-1500 metres in the NWMR
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This product represents the predicted spatial patterns of species abundance, species richness and species evenness of demersal fish communities in the SEMR. It provides a description of the structure rather than the composition (i.e. specific species) of these assemblages. Structure equates to total species abundance (the total number of individuals), species richness (the total number of species) and species evenness (relative proportions of species). The product can also be used to identify areas in the SEMR that are predicted to have unique combinations of species richness and evenness. This allows managers to identify areas that are predicted to have common or rare types of community structure.
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This product (i.e. Access data base) contains data (longitudes, latitude and biodiversity attribute variables) that describes the predicted spatial patterns of biodiversity categories based on species richness and evenness of demersal fish in the NMR. This product provides predictions for total species abundance, species richness and species evenness and estimates of uncertainty for demersal fish. The predicted patterns are represent as point data arranged on a 0.1 degree grid (~ 1.2 km2) covering depths 50-1500 metres in the NMR
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This product (i.e. Access data base) contains data (longitudes, latitude and biodiversity attribute variables) that describes the predicted spatial patterns of total species abundance, species richness and species evenness for both benthic invertebrates and demersal fish in the SWMR. The predicted patterns are represent as point data arranged on a 0.1 degree grid (~ 1.2 km2) covering depths 50-1500 metres in the SWMR.
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This product (i.e. Access data base) contains data (longitudes, latitude and biodiversity attribute variables) that describes the predicted spatial patterns of biodiversity categories based on species richness and evenness of demersal fish in the EMR. This product provides predictions for total species abundance, species richness and species evenness and estimates of uncertainty for demersal fish. The predicted patterns are represented as point data arranged on a 0.1 degree grid (~ 1.2 km2) covering depths 50-900 metres in the EMR from 24oS to 34oS
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This dataset contains temperature, salinity, nutrient, trace metal and organic matter data for the Derwent Estuary (Tasmania), including Ralphs Bay and the mouths of the D'Entrecasteaux Channel and Storm Bay. The data were collected on various transects over 2 day periods at 3-monthly intervals, between March 1992 and July 1994. The sites sampled were a reduced subset of those used for the Derwent Estuary Physical Survey. Stations were chosen so that surface salinities ranged from 0 to 35 at intervals of about 5. Seven stations were sampled at fixed locations on each survey: at surface salinities of 0 and 35, two stations immediately downstream of major industries, and a transect of three stations across the river. The remaining stations (usually five) were selected to include all salinities that were not sampled at the fixed stations. Sampling was carried out at the surface (all stations), bottom (most stations), and intermediate depths at the seaward entrance to the estuary and midway down the estuary. The data form the chemical component of the Derwent Estuary study, carried out as part of the CSIRO Coastal Zone Program.
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This dataset contains temperature and salinity data for the Derwent Estuary (Tasmania), including Ralphs Bay and the mouths of the D'Entrecasteaux Channel and Storm Bay. The data were collected on various transects over 2 day periods at 3-monthly intervals, between March 1992 and July 1994. Salinity and temperature were measured as a function of depth using a CTD, at 60 stations representing transects both along and across the estuary, ranging from New Norfolk to the river mouth. Contour plots derived from the data are given in the cited report (see references). The data form the physical component of the Derwent Estuary study, carried out as part of the CSIRO Coastal Zone Program.
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As part of the Strategic Research Fund for the Marine Environment (SRFME), a marine research project jointly supported by CSIRO and the WA State government, a set of moorings were deployed at three sites off Two Rocks, Western Australia during the period July 2004 to July 2005. The field program consisted of four separate deployments that were made during this period and the data collected included ocean currents, temperature, salinity, pressure (sea level). The sites were chosen to coincide with three sites where monthly biogeochemical measurements were being made. Being relatively close to shore the data will be limited in their application to describing features of the Leeuwin Current and the eddies, which are persistent features of the circulation off WA. Nevertheless they are complementing the biogeochemical data, and are providing the basis for conceptual physical models of the near shore circulation as well as vital observational data for the validation of numerical models.
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This record describes the BASTA radar and Radiosonde products by Protat et al. (2020) from observations made in the Northern Territory northwest region. A shipborne 95 GHz Doppler cloud radar mounted on a stabilized platform was used to retrieve vertical profiles of three-dimensional (3D) winds by sequentially pointing the stabilized platform in different directions. The resulting dataset consists of the processed BASTA 3D winds (the subject of the paper), and the radiosonde dataset, which is used for validation. For more details please refer to the cited article (download link provided below): Protat, A. and I. McRobert (2020): Three-dimensional wind profiles using a stabilized shipborne cloud radar in wind profiler mode. Atmos. Meas. Tech., 13, 1–12. https://doi.org/10.5194/amt-13-1-2020.