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Four principles for improved statistical ecology
Published 2024-02-01“…Originating from a discussion at the 2020 International Statistical Ecology Conference, we show how ecologists can build their research following four guiding principles for impactful statistical research practices: (1) define a focussed research question, then plan sampling and analysis to answer it; (2) develop a model that accounts for the distribution and dependence of your data; (3) emphasise effect sizes to replace statistical significance with ecological relevance; and (4) report your methods and findings in sufficient detail so that your research is valid and reproducible. …”
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How close is an undiscovered species to you after conducting biodiversity sampling?
Published 2023-10-01Subjects: Get full text
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Application of a Negative Multinomial Model Gives Insight into Rarity-Area Relationships
Published 2020-05-01Subjects: “…spatial and statistical ecology…”
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Inferring single- and multi-species distributional aggregation using quadrat sampling
Published 2023-12-01Subjects: “…Statistical ecology…”
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Data concerning the Araneae fauna from the Aninei Mountains Karstic area (Banat, Romania)
Published 2008-01-01“…The chorological composition of the fauna is presented, followed by some statistical ecology analyses…”
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Recursive Estimation in Capture-Recapture Methods
Published 1998-12-01“…An important problem in statistical ecology is how to determine the size of an animal population. …”
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First Description of Invertebrate Benthic Fauna in the Middle Zone of the Loa River (Chile)
Published 2023-04-01“…Aquatic insect communities in inland waters of Chile are characterised by the presence of certain species depending on water quality, but there is little information on statistical ecology in the structure of insect communities. …”
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Suksesi Areal Bekas Ladang Berpindah Di Desa Sungai Buluh, Kalteng
Published 1994“…This paper employs statistical ecology to analyze ecological changes in degraded forest land caused by slash-and-burn practices. …”
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Ecological show cave and wild cave: negative binomial GLLVM’s arthropod community modelling
Published 2018“…In the heart of statistical ecology, we need to analyze the differences on Arthropods community and abiotic (climatic-edaphic) parameters among show caves and wild caves. …”
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eBird: Curating Citizen Science Data for Use by Diverse Communities
Published 2014-05-01“…With over 150,000 participants worldwide and an accumulation of over 140,000,000 bird observations globally in the last decade, eBird has evolved into a major tool for scientific investigations in diverse fields such as ornithology, computer science, statistics, ecology and climate change. eBird’s impact in scientific research is grounded in careful data curation practices that pay attention to all stages of the data lifecycle, and attend to the needs of stakeholders engaged in that data lifecycle. …”
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eBird: Curating Citizen Science Data for Use by Diverse Communities
Published 2014-05-01“…With over 150,000 participants worldwide and an accumulation of over 140,000,000 bird observations globally in the last decade, eBird has evolved into a major tool for scientific investigations in diverse fields such as ornithology, computer science, statistics, ecology and climate change. eBird’s impact in scientific research is grounded in careful data curation practices that pay attention to all stages of the data lifecycle, and attend to the needs of stakeholders engaged in that data lifecycle. …”
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eBird: Curating Citizen Science Data for Use by Diverse Communities
Published 2014-05-01“…With over 150,000 participants worldwide and an accumulation of over 140,000,000 bird observations globally in the last decade, eBird has evolved into a major tool for scientific investigations in diverse fields such as ornithology, computer science, statistics, ecology and climate change. eBird’s impact in scientific research is grounded in careful data curation practices that pay attention to all stages of the data lifecycle, and attend to the needs of stakeholders engaged in that data lifecycle. …”
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eBird: Curating Citizen Science Data for Use by Diverse Communities
Published 2014-05-01“…With over 150,000 participants worldwide and an accumulation of over 140,000,000 bird observations globally in the last decade, eBird has evolved into a major tool for scientific investigations in diverse fields such as ornithology, computer science, statistics, ecology and climate change. eBird’s impact in scientific research is grounded in careful data curation practices that pay attention to all stages of the data lifecycle, and attend to the needs of stakeholders engaged in that data lifecycle. …”
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eBird: Curating Citizen Science Data for Use by Diverse Communities
Published 2014-05-01“…With over 150,000 participants worldwide and an accumulation of over 140,000,000 bird observations globally in the last decade, eBird has evolved into a major tool for scientific investigations in diverse fields such as ornithology, computer science, statistics, ecology and climate change. eBird’s impact in scientific research is grounded in careful data curation practices that pay attention to all stages of the data lifecycle, and attend to the needs of stakeholders engaged in that data lifecycle. …”
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Evolution of biological cooperation: an algorithmic approach
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