Atlas of living australia

The ALA provides free online access to valuable atlas of living australia data, including collections records from Australia's museums and herbaria, biodiversity research data from universities and research organisations, and survey data from government departments. The Atlas of Living Australia is helping us gain a better understanding of Australia's unique biodiversity.

It provides free, online access to information about Australia's amazing biodiversity. It supports research, environmental monitoring, conservation planning, education, and biosecurity activities, and is a great way to learn more about the biodiversity in your area. Effective biodiversity research and management rely on comprehensive information about the species or ecosystems of interest. The Atlas of Living Australia is helping us gain a better understanding of Australia's unique biodiversity. Without this information it is very difficult to obtain reliable results or make sound decisions.

Atlas of living australia

Researchers includes ecoscientists, taxonomists, collection owners, tertiary students and lecturers. Search occurrence records in the ALA by species, taxon, dataset, region, date, location, data provider…. Search data sets provided to the ALA by collecting institutions, individual collectors and community groups. Enter a street address, GPS coordinates, postcode or place name to find out what species live near you. Government and land managers includes federal, state and local government departments, land managers, landowners, rangers, non-government organisations, and environmental consultants. Browse pre-defined state territory, local government areas, biogeographic regions etc, using a map-based biodiversity discovery tool. Upload your biodiversity data to the ALA: occurrence data, images, sound files, genomic data, museum specimens, and more. Create surveys, capture data in the field, and manage your biodiversity, ecological and natural resource management data. Community and schools includes citizen scientists, community groups, school students and teachers, and the general public. Create surveys, capture data in the field, and manage your biodiversity, ecological and NRM data. Use the Customise Your Experience link at the top of the page to easily change your nominated user group at any time.

Create surveys, capture data in the field, and manage your biodiversity, ecological and NRM data.

Federal government websites often end in. The site is secure. These partners provide data to the ALA and leverage its data and related services. The ALA has also played an important leadership role internationally in the biodiversity informatics and infrastructure space, both through its partnership with the Global Biodiversity Information Facility and through support for the international Living Atlases programmes which has now delivered 24 instances of ALA software to deliver sovereign biodiversity data capability around the world. This paper begins with a historical overview of the genesis of the ALA from the collections, museums and herbaria community in Australia. It details the biodiversity and related data and services delivered to users with a primary focus on species occurrence records which represent the ALA's primary data type.

It provides free, online access to information about Australia's amazing biodiversity. It supports research, environmental monitoring, conservation planning, education, and biosecurity activities, and is a great way to learn more about the biodiversity in your area. Effective biodiversity research and management rely on comprehensive information about the species or ecosystems of interest. The Atlas of Living Australia is helping us gain a better understanding of Australia's unique biodiversity. Without this information it is very difficult to obtain reliable results or make sound decisions. A major barrier to Australia's biodiversity research and management efforts has been the fragmentation and inaccessibility of biodiversity data. Data and information on Australian species has traditionally been housed in museums, herbaria, universities, and government departments and organisations. Obtaining records and data sets from these groups involved considerable time and effort, and often resulted in incomplete information.

Atlas of living australia

Researchers includes ecoscientists, taxonomists, collection owners, tertiary students and lecturers. Search occurrence records in the ALA by species, taxon, dataset, region, date, location, data provider…. Search data sets provided to the ALA by collecting institutions, individual collectors and community groups. Enter a street address, GPS coordinates, postcode or place name to find out what species live near you. Government and land managers includes federal, state and local government departments, land managers, landowners, rangers, non-government organisations, and environmental consultants. Browse pre-defined state territory, local government areas, biogeographic regions etc, using a map-based biodiversity discovery tool. Upload your biodiversity data to the ALA: occurrence data, images, sound files, genomic data, museum specimens, and more. Create surveys, capture data in the field, and manage your biodiversity, ecological and natural resource management data. Community and schools includes citizen scientists, community groups, school students and teachers, and the general public. Create surveys, capture data in the field, and manage your biodiversity, ecological and NRM data.

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The Spatial Portal Fig. Well networked and well regarded domestically and internationally and has built a national community that is working to improve provision of biodiversity data. It requires datasets that are more diverse, representative or comprehensive in terms of geography, time and taxonomy. The wide range of data types requires the ALA to maintain an equally wide range of services to accept, process and expose the data to meet the needs of diverse communities. The greater standardisation associated with these data may also assist with validation and calibration of other ALA data. Show Info. Common to all pages is an overview, containing:. Traits can take any text or numeric value. Thank you We have received your enquiry and will reply soon. Australian herbaria and museums have a long history tackling the issues of data sharing, standards and collaboration for natural history specimens. Researchers working in the collections sector include many taxonomists, whose professional skills are in describing the diversity of the natural world. Acknowledgements The authors wish to acknowledge the fundamental contribution Dr John LaSalle made to the formation and operation of the ALA during his tenure as Director. It was originally established to provide a literature service to support taxonomic names within ALA. DNA: Deoxyribonucleic acid, a self-replicating material which is present in nearly all living organisms as the main constituent of chromosomes.

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Sampling event data are currently only handled as a source of occurrence records, although Darwin Core elements, such as eventID and samplingProtocol, are retained with each record, allowing users of the data to make use of the associated information. The ALA contains data from observations of Australian species outside the Australian region and also data on introduced species that can be found in the Australian region. This group was also interested in sharing data through a public website. Researchers includes ecoscientists, taxonomists, collection owners, tertiary students and lecturers. Biodiversity in Australia As a result of its isolation for around million years and its distinctive environment, Australia's fauna and flora are rich and unique, exhibiting high degrees of endemism. Lee Belbin led the Introduction 1 ; Species occurrence data 5. Canberra, June Future possibilities exist to use the published literature as a source of taxonomic names and of occurrence records. The Biodiversity Heritage Library BHL is a global consortium of natural history, botanical and research libraries based in museums, herbaria and universities, plus national and state libraries. As the occurrence records are added to on an ad hoc basis, the cross-tabulations for species and occurrences need to be updated regularly for all pairs of contextual layers. For observation records, particularly ad hoc records, the ALA and similar projects rely increasingly heavily on peer or community review. A major barrier to Australia's biodiversity research and management efforts has been the fragmentation and inaccessibility of biodiversity data.