Ostrich · 2022 · 49 citations · 25 references
Life SciencesConservation BiologyZoologyConservation EcologyOrnithologyWildlife ManagementBird ConservationBird EcologyBird TaxonomyCitizen ScienceWildlife ConservationWildlife Survey MethodsBird Community MonitoringCitizen Science Biodiversity SurveysCitizen Science Bird IdentificationCitizen Science MonitoringCitizen Science Survey DesignDistributional RecordsEndangered Bird SpeciesWildlife Surveys
The African Bird Atlas Project (ABAP) is a citizen-science bird-monitoring programme that relies on a robust, repeatable protocol (BirdMap) and allows insights into the distributions of African birds and their conservation. The protocol involves collecting bird lists within spatial sampling units called pentads (5 × 5 minutes of latitude by longitude), in relation to survey effort. It is based on the Second Southern African Bird Atlas Project (SABAP2), which is one of Africa’s largest citizen science projects, with over 600 thousand checklists, comprising ∼19 million bird locality records as of December 2021. SABAP2, which focuses on southern Africa, was initiated in 2007 and is ongoing. Both the Kenya Bird Map and the Nigerian Bird Atlas Project, initiated in 2013 and 2015, respectively, use this protocol. These projects have galvanised local birdwatching communities and allow for important comparisons across sub-Saharan African countries. The spatial scope of ABAP covers the entire African continent. Bird species lists are collected by citizen scientists within a pentad, with each list encompassing a minimum of 2 hours of active birding over a maximum of 5 days in the preferred ‘full-protocol’ format. Lists that do not meet the full protocol requirements are called ‘ad-hoc’. Species lists are mostly submitted to the SABAP2 database at the University of Cape Town, South Africa, by the third-party mobile phone application BirdLasser. Incoming data are vetted against existing records, with unusual records verified by Regional Atlas Committees. Data are open access via public websites. Distributional records can be downloaded for each species in the database, or site-specific species lists in various formats can be downloaded for pentads. Here, we introduce technical details of the database to inform researchers on how the data are gathered and curated. Data-access protocols are explained, with examples of data use given from the publication record.
25
ESTIMATING ABUNDANCE FROM REPEATED PRESENCE–ABSENCE DATA OR POINT COUNTS
J. Andrew Royle, James D. Nichols · Ecology · 2003 · 1.4K citations
Life Sciences, Biology, Ecology +15
The Critical Importance of Citizen Science Data
Alex de Sherbinin, Anne Bowser, Tyng–Ruey Chuang et al. · Frontiers in Climate · 2021 · 173 citations · Full text
Natural Sciences, Environmental Policy, Environmental Sciences +15