asc_birder Computer Vision Project

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Classes (131)
Actitis_macularius
Aechmophorus_occidentalis
Agelaius_phoeniceus_M
Aix_sponsa_F
Aix_sponsa_M
Anas_acuta_F
Anas_acuta_M
Anas_crecca_F
Anas_crecca_M
Anas_cyanoptera_F
Anas_cyanoptera_M
Anas_platyrhynchos_F
Anas_platyrhynchos_M
Anas_rubripes_F
Anas_rubripes_M
Anser_albifrons
Anser_caerulescens
Anser_rossii
Antigone_canadensis
Aquila_chrysaetos
Archilochus_colubris_F
Ardea_alba
Ardea_herodias
Aythya_affinis_F
Aythya_affinis_M
Aythya_americana_F
Aythya_americana_M
Aythya_collaris_F
Aythya_collaris_M
Aythya_fuligula_F
Aythya_fuligula_M
Aythya_marila_F
Aythya_marila_M
Aythya_valisineria_F
Aythya_valisineria_M
Bombycilla_garrulus
Botaurus_lentiginosus
Branta_bernicla_M
Branta_canadensis
Branta_hutchinsii
Branta_leucopsis
Bubulcus_ibis
Bucephala_albeola_F
Bucephala_albeola_M
Bucephala_clangula_F
Bucephala_clangula_M
Bucephala_islandica_F
Bucephala_islandica_M
Butorides_virescens
Calidris_alpina
Calidris_ferruginea
Calidris_minutilla
Charadrius_montanus
Charadrius_vociferus
Clangula_hyemalis_M
Colaptes_auratus_M
Columba_livia
Corvus_brachyrhynchos
Cygnus_buccinator
Cygnus_columbianus
Cygnus_olor
Egretta_thula
Euphagus_cyanocephalus
Falco_peregrinus
Falco_rusticolus
Fulica_americana
Gallinula_galeata
Gavia_immer
Haliaeetus_leucocephalus
Himantopus_mexicanus
Histrionicus_histrionicus_F
Histrionicus_histrionicus_M
Hydroprogne_caspia
Larus_argentatus
Larus_californicus
Larus_delawarensis
Larus_marinus
Larus_occidentalis
Leucophaeus_atricilla
Leucophaeus_pipixcan
Limnodromus_griseus
Limnodromus_scolopaceus
Limosa_fedoa
Lophodytes_cucullatus_F
Lophodytes_cucullatus_M
Mareca_americana_F
Mareca_americana_M
Mareca_penelope_F
Mareca_penelope_M
Mareca_strepera_F
Mareca_strepera_M
Melanitta_perspicillata_F
Melanitta_perspicillata_M
Mergus_merganser_F
Mergus_merganser_M
Mergus_serrator_F
Mergus_serrator_M
Nannopterum_auritum
Nannopterum_brasilianum
Nyctanassa_violacea
Nycticorax_nycticorax
Oxyura_jamaicensis_F
Oxyura_jamaicensis_M
Pandion_haliaetus
Pelecanus_erythrorhynchos
Pica_hudsonia
Plegadis_chihi
Plegadis_falcinellus
Pluvialis_squatarola_M
Podiceps nigricollis
Podiceps_auritus
Podiceps_nigricollis
Podilymbus_podiceps
Porzana_carolina
Rallus_limicola
Recurvirostra_americana
Spatula _querquedula_M
Spatula_clypeata_F
Spatula_clypeata_M
Spatula_cyanoptera_F
Spatula_cyanoptera_M
Spatula_discors_F
Spatula_discors_M
Stelgidopteryx_serripennis
Sterna_fosteri
Sturnella_neglecta
Tringa_flavipes
Tringa_solitaria
Xanthocephalus_xanthocephalus_M
bird
chick
Description

Here are a few use cases for this project:

  1. Birdwatching and Biodiversity Monitoring: "asc_birder" could be used by birdwatching enthusiasts, researchers, and conservationists to automatically identify and document various avian species in an area. This would help in tracking bird populations, migration patterns, and overall biodiversity.

  2. Wildlife Photography Categorization: Wildlife photographers could use "asc_birder" to automatically categorize and tag their bird images according to the species represented. This would make it easier for them to organize their portfolios and help others find specific bird images based on the species.

  3. Ecotourism and Nature Tours: Tourism operators could use "asc_birder" to enrich their guided tours and nature walks by providing real-time identification of bird species encountered during the tour. This enhancement would improve the educational aspect of ecotourism experiences and promote greater appreciation for bird diversity.

  4. Citizen Science Initiatives: "asc_birder" could be employed in citizen science projects where participants are tasked with observing and recording bird species in their local environments. By using the computer vision model, participants can document their observations more accurately, contributing valuable data to support scientific research and conservation efforts.

  5. Bird-friendly Urban Planning: City planners and landscape architects can use "asc_birder" to evaluate the effectiveness of bird-friendly designs in buildings and urban spaces. By understanding which bird species are present in specific areas, they can refine their designs to better support avian life and promote urban biodiversity.

Supervision

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Cite This Project

LICENSE
CC BY 4.0

If you use this dataset in a research paper, please cite it using the following BibTeX:

                        @misc{
                            asc_birder_dataset,
                            title = { asc_birder Dataset },
                            type = { Open Source Dataset },
                            author = { Avian Science Center Bird Project },
                            howpublished = { \url{ https://universe.roboflow.com/avian-science-center-bird-project/asc_birder } },
                            url = { https://universe.roboflow.com/avian-science-center-bird-project/asc_birder },
                            journal = { Roboflow Universe },
                            publisher = { Roboflow },
                            year = { 2024 },
                            month = { nov },
                            note = { visited on 2024-11-23 },
                            }