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1. Full Text Which Function Describes the Species: Area Relationship Best? A Review and Empirical Evaluation
by Jürgen Dengler and Nicholas J. Gotelli
Journal of Biogeography, ISSN 0305-0270, 4/2009, Volume 36, Issue 4, pp. 728 - 744
Aim: The aims of this study are to resolve terminological confusion around different types of species-area relationships (SARs) and their delimitation from... 
Datasets | Mathematical extrapolation | Logarithmic functions | Vegetation | Biogeography | Mathematical independent variables | Mathematical functions | Plants | Species | Power functions | Diversity Gradients, Scale, and Area Effects | logarithmic function | goodness‐of‐fit | saturation function | sigmoid function | species–area relationship | model selection | species sampling relationship | macroecology | power function | Curve fitting | Saturation function | Logarithmic function | Model selection | Goodness-of-fit | Macroecology | Species sampling relationship | Sigmoid function | Species-area relationship | Power function | BIODIVERSITY | SCALE-DEPENDENCE | RICHNESS | goodness-of-fit | CURVES | PLANT DIVERSITY | ISLAND BIOGEOGRAPHY | SELF-SIMILARITY | GEOGRAPHY, PHYSICAL | ABUNDANCE DISTRIBUTION | HABITAT DIVERSITY | ECOLOGY | species-area relationship | SAMPLING-DESIGN | Analysis | Ecology
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2. Full Text Characterizing scale-dependent community assembly using the functional-diversity-area relationship
by Smith, Adam B and Sandel, Brody and Kraft, Nathan J. B and Carey, Susan
Ecology, ISSN 0012-9658, 11/2013, Volume 94, Issue 11, pp. 2392 - 2402
Phenotypic traits mediate organisms' interactions with the environment and determine how they affect and are affected by their biotic and abiotic milieu. Thus,... 
biotic sorting | functional diversity | traits | null models | functional-diversity-area relationship | species-area relationship | spatial scale | abiotic filtering | community assembly | Coastal ecology | Species diversity | CONCEPTS & SYNTHESIS: EMPHASIZING NEW IDEAS TO STIMULATE RESEARCH IN ECOLOGY | Ecological modeling | Synecology | Ecological competition | Forest ecology | Plant ecology | Species | Applied ecology | Phenotypic traits | functional-diversity–area relationship | species–area relationship | Abiotic filtering | Biotic sorting | Functionaldiversity-area relationship | Community assembly | Spatial scale | Null models | Species-area relationship | Functional diversity | Traits | SPECIES-DIVERSITY | UNITED-STATES | SPATIAL SCALES | PHYLOGENETIC STRUCTURE | PATTERNS | MECHANISMS | DISTRIBUTIONS | PLANT-COMMUNITIES | ECOLOGY | TRAIT CONVERGENCE | AMAZONIAN FOREST | Animals | Demography | Seeds - physiology | Body Size | Models, Biological | Ecosystem | Mammals - physiology | Plant Physiological Phenomena | Plants - classification | Seeds - classification | Mammals - anatomy & histology | Quantitative genetics | Research | Biological diversity
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3. Full Text Multifaceted diversity–area relationships reveal global hotspots of mammalian species, trait and lineage diversity
by Mazel, Florent and Guilhaumon, François and Mouquet, Nicolas and Devictor, Vincent and Gravel, Dominique and Renaud, Julien and Cianciaruso, Marcus Vinicius and Loyola, Rafael and Diniz‐Filho, José Alexandre Felizola and Mouillot, David and Thuiller, Wilfried
Global Ecology and Biogeography, ISSN 1466-822X, 08/2014, Volume 23, Issue 8, pp. 836 - 847
Aim To define biome‐scale hotspots of phylogenetic and functional mammalian biodiversity (PD and FD, respectively) and compare them with ‘classical’ hotspots... 
diversity indices | mammals | Hill's numbers | species–area relationship | Conservation biogeography | functional diversity–area relationship | phylogenetic diversity–area relationship | Diversity indices | Functional diversity-area relationship | Phylogenetic diversity-area relationship | Mammals | Species-area relationship | PHYLOGENETIC DIVERSITY | EVOLUTIONARY | HISTORIES | RICHNESS GRADIENTS | functional diversity-area relationship | BIODIVERSITY HOTSPOTS | SPATIAL-PATTERNS | ENDEMISM | GEOGRAPHY, PHYSICAL | CONSERVATION PRIORITIES | ECOREGIONS | phylogenetic diversity-area relationship | ECOLOGY | species-area relationship | CONGRUENT | Biomes | Wildlife conservation | Phylogeny | Biological diversity conservation | Analysis | Biological diversity | Phylogenetics | Ecosystems | phylogenetic diversity area-relationship | functional diversity area-relationship | conservation biogeography | Hill’s numbers | species area-relationship
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4. Full Text Upscaling biodiversity: estimating the species–area relationship from small samples
by Kunin, William E and Harte, John and He, Fangliang and Hui, Cang and Jobe, R. Todd and Ostling, Annette and Polce, Chiara and Šizling, Arnošt and Smith, Adam B and Smith, Krister and Smart, Simon M and Storch, David and Tjørve, Even and Ugland, Karl‐Inne and Ulrich, Werner and Varma, Varun
Ecological Monographs, ISSN 0012-9615, 05/2018, Volume 88, Issue 2, pp. 170 - 187
The challenge of biodiversity upscaling, estimating the species richness of a large area from scattered local surveys within it, has attracted increasing... 
biodiversity estimation | methods comparison | species richness | species–area relationship | spatial scale | monitoring | upscaling | MAXIMUM-ENTROPY | RICHNESS | LAND-COVER | ZETA DIVERSITY | CURVES | DISTRIBUTIONS | SPATIAL-TURNOVER | SELF-SIMILARITY | ECOLOGY | species-area relationship | BETA-DIVERSITY | SCALE | Spatial analysis (Statistics) | Environmental aspects | Scaling laws (Statistical physics) | Analysis | Biological diversity | Statistical analysis | Landscape | Rural areas | Estimation | Data processing | Statistical methods | Biodiversity | Estimates | Datasets | Surveys | Taxa | Data sets | Predictions | Species richness | Methods | Monitoring
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5. Full Text A strong species–area relationship for eukaryotic soil microbes: island size matters for ectomycorrhizal fungi
by Peay, Kabir G and Bruns, Thomas D and Kennedy, Peter G and Bergemann, Sarah E and Garbelotto, Matteo
Ecology Letters, ISSN 1461-023X, 06/2007, Volume 10, Issue 6, pp. 470 - 480
While the effects of habitat size and isolation have been successfully studied for macro‐organisms, there is currently debate about their relative importance... 
ectomycorrhiza | biogeography | fungi | Baas‐Becking | species–area | dispersal | competition | microbe | trade‐off | Competition | Fungi | Microbe | Species-area | Dispersal | Trade-off | Biogeography | Ectomycorrhiza | Baas-Becking | BIODIVERSITY | trade-off | POPULATIONS | EXPERIMENTAL ZOOGEOGRAPHY | COLONIZATION | GENETS | TAXA | COMMUNITY STRUCTURE | ECOLOGY | DIVERSITY | species-area | Geography | Mycorrhizae - physiology | Species Specificity | Soil Microbiology | Microorganisms
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6. Full Text Taxon Categories and the Universal Species-Area Relationship
by Harte, John and Kitzes, Justin and Newman, Erica A and Rominger, Andrew J
AMERICAN NATURALIST, ISSN 0003-0147, 02/2013, Volume 181, Issue 2, pp. 282 - 287
A theory of macroecology based on the maximum information entropy (MaxEnt) inference procedure predicts that the log-log slope of the species-area relationship... 
universality | information entropy | EVOLUTIONARY BIOLOGY | scaling | MAXIMUM-ENTROPY | MaxEnt | taxon invariance | ECOLOGY | species-area relationship | macroecology | maximum entropy theory of ecology | Trees | Birds | Animals | Biodiversity | Models, Biological | Fishes | Biology | Research | Phenetics | Identification and classification | Population biology
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7. Full Text DAR (diversity–area relationship): Extending classic SAR (species–area relationship) for biodiversity and biogeography analyses
by Ma, Zhanshan (Sam)
Ecology and Evolution, ISSN 2045-7758, 10/2018, Volume 8, Issue 20, pp. 10023 - 10038
I extend the classic SAR, which has achieved status of ecological law and plays a critical role in global biodiversity and biogeography analyses, to general... 
maximum accrual diversity (MAD) profile | diversity–area relationship | diversity–area relationship (DAR) profile | pair‐wise diversity overlap (PDO) profile | species–area relationship | self‐similarity | pair-wise diversity overlap (PDO) profile | self-similarity | PHYLOGENETIC DIVERSITY | HUMAN MICROBIOME | PARTITIONING DIVERSITY | STATISTICS | SHAPES | diversity-area relationship (DAR) profile | CURVES | ABUNDANCE | diversity-area relationship | EVOLUTIONARY BIOLOGY | BIOLOGY | PROTEAN PATTERN | ECOLOGY | species-area relationship | Species diversity | Entropy (Information theory) | Microbiomes | Biogeography | Abundance | Scaling | Order parameters | Entropy | Biodiversity | Species richness | Biological diversity
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8. Full Text Species–area relationships and extinctions caused by habitat loss and fragmentation
by Rybicki, Joel and Hanski, Ilkka and Enquist, Brian
Ecology Letters, ISSN 1461-023X, 05/2013, Volume 16, Issue 1, pp. 27 - 38
The species–area relationship (SAR) has been used to predict the numbers of species going extinct due to habitat loss, but other researchers have maintained... 
extinction threshold | metapopulation capacity | extinction | extinction debt | species–area relationship | Endemics–area relationship | habitat fragmentation | Endemics-area relationship | Extinction | Habitat fragmentation | Extinction debt | Species-area relationship | Extinction threshold | Metapopulation capacity | Models, Theoretical | Trees | Stochastic Processes | Models, Biological | Ecosystem | Extinction, Biological | Population Dynamics | Environmental aspects | Habitat destruction | Extinction (Biology) | Analysis | Habitats | Landscape ecology | Ear
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9. Full Text A global model of island species-area relationships
by Matthews, TJ and Rigal, F and Triantis, KA and Whittaker, RJ
PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA, ISSN 0027-8424, 06/2019, Volume 116, Issue 25, pp. 12337 - 12342
The increase in species richness with island area (ISAR) is a well-established global pattern, commonly described by the power model, the parameters of which... 
RICHNESS | MULTIDISCIPLINARY SCIENCES | BIOLOGY | diversity model | island biogeography | species-area relationship | DIVERSITY | macroecology | archipelago effects | INSIGHTS | Social aspects | Animal behavior | Analysis | Biogeography | Taxa | Mathematical models | Parameters | Species richness | Biodiversity and Ecology | Environmental Sciences
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10. Full Text Parameterization of biodiversity–productivity relationship and its scale dependency using georeferenced tree‐level data
by Luo, Weixue and Liang, Jingjing and Cazzolla Gatti, Roberto and Zhao, Xiuhai and Zhang, Chunyu and Jucker, Tommaso
Journal of Ecology, ISSN 0022-0477, 05/2019, Volume 107, Issue 3, pp. 1106 - 1119
The biodiversity–productivity relationship (BPR) constitutes one of the most fundamental yet challenging topics in ecology. Most described BPRs so far are... 
geostatistics | bootstrapping | ecosystem function | species–area relationship | tree species diversity | niche–efficiency | the elasticity of substitution | large‐scale observational site | large-scale observational site | RICHNESS | TEMPERATE | PLANT DIVERSITY | COMPLEMENTARITY | PLANT SCIENCES | niche-efficiency | CONSERVATION | HABITAT ASSOCIATIONS | SPECIES ABUNDANCE | DYNAMICS | ECOLOGY | species-area relationship | NEOTROPICAL FOREST | Biological diversity conservation | Ecosystems | Analysis | Forest management | Ecological restoration | Sustainable forestry | Biological diversity | Environmental protection | Forests | Conservation | Elasticity | Forest conservation | Biodiversity | Parameterization | Convergence | Substitutes | Ecological effects | Restoration | Forest productivity | Dependence | Scaling up | Species | Species richness | Trees | Productivity | Wildlife conservation | Complementarity | Geostatistics | Spatial analysis | Biological activity | Plant diversity | Environmental restoration | Curvature
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