Faculty

Institution

Unit

Venue

Kevina Vulinec

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

NoneKevina Vulinec is currently serving as a Applied Optics Center Of Delaware faculty at Delaware State University.

Honors

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Experiences

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Education

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Kevina Vulinec

Delaware State University

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ecology entomology biodiversity biology conservation biology ecological entomology insect science environmental science ecology and evolutionary biology animal ecology community (ecology) insect conservation terrestrial arthropods evolutionary biology applied ecology biological conservation forest ecology avian biology wildlife forest entomology dung beetles tropical insect science applied entomology animal conservation behavioral ecology spatial ecology biogeography systematic entomology forest conservation primatology interspecific behavioral interaction biodiversity conservation population biology deforestation forest pathology biological pest control functional ecology ornithology wildlife ecology vegetation science wildlife management landscape ecology terrestrial biota primate behavior foraging biotic interactions natural diversity tropical forest modification quantitative literature review tropical forests dung beetle communities forest restoration terrestrial ecology population ecology fragmentation effect rodent ecology habitat management primate systematics animal behaviour plant-insect interactions insect social behavior zoological taxonomy zoogeography arthropod taxonomy case studies plant community dynamics future directions trait-dependent response tropical forest conversion regional scales dung beetle populations standardized methodology critical review disturbed land primary forest seed dispersal

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hacia Una MetodologíA Estandarizada Para El Muestreo De Escarabajos Peloteros (Coleoptera: Scarabaeinae) En El NeotróPico: Una RevisióN Crítica. Repositorio Institucional Universidad El Bosque (2023)

anthropologyterrestrial arthropodssystematic entomologyuna revisión críticatropical insect sciencebiodiversityinsect scienceecological entomologylatin american researchforest entomologyapplied entomologyentomologyspanish

Toward a Standardized Methodology for Sampling Dung Beetles (Coleoptera: Scarabaeinae) in the Neotropics: A Critical Review. Frontiers in Ecology and Evolution (2023)

standardized methodologyterrestrial arthropodsinsect conservationcritical reviewtropical insect scienceenvironmental sciencebiodiversityinsect sciencebiologyecological entomologyforest entomologyapplied entomologyecologyentomologyecology and evolutionary biologydung beetles

Community Composition of Bats in Cusuco National Park, Honduras, a Mesoamerican Cloud Forest, Including New Regional and Altitudinal Records. (2020)

wildlifeanimal conservationmammalogynatural diversitycommunity compositionwildlife biologyenvironmental sciencebiodiversitybiodiversity conservationnew regionalanimal ecologycommunity (ecology)cusuco national parkecologybiological conservationconservation biology

Perching Behavior by Dung Beetles (Coleoptera: Scarabaeidae): A Spatial Segregation Mechanism to Dilute Interspecific Competition in Highly Rich Assemblages?. Annals of the Entomological Society of America (2020)

spatial ecologypopulation biologyinterspecific behavioral interactionevolutionary ecologybiotic interactionshighly rich assemblagesinsect sciencebiologyecological entomologycommunity (ecology)behavioral ecologyecologyentomologyinsect social behaviorspatial segregation mechanismecology and evolutionary biologydung beetles

Spatial Partitioning of Perching on Plants by Tropical Dung Beetles Depends on Body Size and Leaf Characteristics: A Sit‐and‐Wait Strategy for Food Location. Ecological Entomology (2020)

foragingplant-insect interactionsinterspecific behavioral interactiontropical dung beetlesbiotic interactionsspatial partitioningbiodiversitybiologyecological entomologyfunctional ecologycommunity (ecology)animal ecologyfood locationecologyentomologyecology and evolutionary biology

Terrestrial Behavior in Titi Monkeys (Callicebus, Cheracebus, and Plecturocebus): Potential Correlates, Patterns, and Differences Between Genera. International Journal of Primatology (2019)

João Pedro Souza-AlvesItalo MourtheRenato R. HilárioJúlio César Bicca-MarquesJennifer RehgCarla C. GestichAdriana C. Acero-MurciaPatrice AdretRolando AquinoMélissa BerthetMark BowlerArmando M. CalouroGustavo R. CanaleNayara de A. CardosoChristini B. CaselliCristiane CäsarRenata R. D. ChagasAryanne ClyviaCintia F. CorsiniThomas DeflerAnneke DeLuyckerAnthony Di FioreKimberly DingessGideon ErkenswickMichele Alves FerreiraEduardo Fernandez-DuqueStephen F. FerrariIsadora P. FontesJosimar Daniel GomesFrederico P. R. GonçalvesMaurício GuerraTorbjørn HaugaasenStefanie HeiduckEckhard W. HeymannShannon HodgesRosario Huashuayo-LlamoccaLeandro JerusalinskyCarlos Benhur KasperJenna LawrenceTeresa Magdalena LueffeKarine G. D. LopesJesús MartínezFabiano R. de MeloMariluce Rezende MessiasMariana B. Nagy-ReisInés NoleFilipa PaciênciaErwin PalaciosAlice PoirierGrasiela PorfírioAmy PorterEluned PriceRodrigo C. PrintesErika P. QuintinoEvandro Amato ReisAlessandro RochaAdriana RodríguezFábio RöheDamian RumizSam ShaneeMarina M. SantanaEleonore Z. F. SetzFrancisco Salatiel C. de SouzaWilson SpironelloEmérita R. Tirado HerreraLuana VinhasKevina VulinecRobert B. WallaceMrinalini WatsaPatricia C. WrightRobert J. YoungAdrian A. Barnett

interspecific behavioral interactiontiti monkeysterrestrial behaviorprimate systematicsanimal behaviourpotential correlatescommunity (ecology)evolutionary biologyanimal behaviorbehavioral ecologyecologybiological anthropologyprimatologybiogeographyecology and evolutionary biologyprimate behavior

Buckyballs and Bats: Trace Evidence Points to Trophic Interactions. Frontiers in Ecology and the Environment (2017)

trace evidence pointszoologyevolutionary ecologymammalogywildlife biologycommunity (ecology)evolutionary biologyanimal behaviorbehavioral ecologyecologyecology and evolutionary biology

Observations on the Tunneling Behavior and Seed Dispersal Efficacy of Copris Nubilosus Kohlmann, Cano, and Delgado (Coleoptera: Scarabaeinae: Coprini). The Coleopterists Bulletin (2017)

terrestrial arthropodsinsect conservationevolutionary ecologyinsect sciencebiologyecological entomologyforest entomologycopris nubilosus kohlmannecologyentomologyecology and evolutionary biologytunneling behaviorseed dispersal efficacy

Appendix a. Results of Previous Investigations of Dung Beetle Species' Trait Correlates of Response to the Fragmentation or Modification of Moist Tropical Forests, Using Non-Phylogenetically Corrected Analyses.. Figshare (2016)

Elizabeth NicholsMaría UriarteDaniel E. BunkerMario E. FavilaEleanor M. SladeKevina VulinecTrond LarsenFernando Z. Vaz-De-MelloJulio LouzadaShahid NaeemSacha H. Spector

forest ecologyevolutionary ecologyshort-term variabilityenvironmental sciencebiodiversityavian biologyinsect scienceforest ecosystemsdung beetle speciesanimal ecologymoist tropical forestsevolutionary biologyecologyentomologyprevious investigationstrait correlates

Appendix B. Description of the Original Data Used in Phylogenetically Corrected Comparative Analyses to Quantify the Trait Correlates of Beetle Population Response to Tropical Forest Degradation.. Figshare (2016)

Elizabeth NicholsMaría UriarteDaniel E. BunkerMario E. FavilaEleanor M. SladeKevina VulinecTrond LarsenFernando Z. Vaz-De-MelloJulio LouzadaShahid NaeemSacha H. Spector

biostatisticstropical forest degradationforest ecologyevolutionary ecologyphylogenetic methodsavian biologyinsect sciencephylogeneticsbeetle population responseevolutionary biologyecologyentomologyoriginal datatrait correlates

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Kevina Vulinec

Delaware State University

Affiliations

Applied Optics Center Of Delaware

College Of Agriculture And Natural Resources

School of Graduate, Adult and Extended Studies

College Of Agriculture, Science And Technology

College Of Arts And Sciences

College of Agriculture, Science and Technology

Department Of Agriculture And Natural Resources

Department Of Biological Sciences

Division Of Physics, Engineering, Mathematics, And Computer Science

Delaware State University

College Of Agriculture, Science And Technology

Department Of Agriculture And Natural Resources

Department Of Human Ecology

Department Of Agriculture And Natural Science

Department Of Mathematics

Optical Sciences Center For Applied Research And Applications

Scholarship Ball

NoneKevina Vulinec is currently serving as a Applied Optics Center Of Delaware faculty at Delaware State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kevina Vulinec

Delaware State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Toward a Standardized Methodology for Sampling Dung Beetles (Coleoptera: Scarabaeinae) in the Neotropics: A Critical Review. Frontiers in Ecology and Evolution (2023)

Community Composition of Bats in Cusuco National Park, Honduras, a Mesoamerican Cloud Forest, Including New Regional and Altitudinal Records. (2020)

Spatial Partitioning of Perching on Plants by Tropical Dung Beetles Depends on Body Size and Leaf Characteristics: A Sit‐and‐Wait Strategy for Food Location. Ecological Entomology (2020)

Terrestrial Behavior in Titi Monkeys (Callicebus, Cheracebus, and Plecturocebus): Potential Correlates, Patterns, and Differences Between Genera. International Journal of Primatology (2019)

Buckyballs and Bats: Trace Evidence Points to Trophic Interactions. Frontiers in Ecology and the Environment (2017)

trace evidence pointszoologyevolutionary ecologymammalogywildlife biologycommunity (ecology)evolutionary biologyanimal behaviorbehavioral ecologyecologyecology and evolutionary biology

Observations on the Tunneling Behavior and Seed Dispersal Efficacy of Copris Nubilosus Kohlmann, Cano, and Delgado (Coleoptera: Scarabaeinae: Coprini). The Coleopterists Bulletin (2017)

Elizabeth NicholsMaría UriarteDaniel E. BunkerMario E. FavilaEleanor M. SladeKevina VulinecTrond LarsenFernando Z. Vaz-De-MelloJulio LouzadaShahid NaeemSacha H. Spector

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