Browse Case Studies by Category
Please browse the case studies via the various categories
- Author
- Institution
- Smithsonian
- University of Wisconsin-Madison
- Smithsonian Institution
- Technical University of Braunschweig, Zoological Institute
- University of Pennsylvania
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- Universidad Nacional Autónoma de México (UNAM)
- Geoscience Centre Göttingen
- Leslie Hill Molecular Systematics Laboratory
- Washington University in St. Louis
- GC University, Katchery Road, Lahore.
- National Herbarium of New South Wales, Botanic Gardens Trust
- Universidade do Vale do Itajaí
- University of California Berkeley
- Instituto de Biologia UNAM
- Museum National d'Histoire Naturelle
- Deprt. of Biological Sciences, Ahmadu Bello Unuversity, Zaria
- Royal Museum for Central Africa
- Universidad de los Andes
- University of Hawaii
- Natural History Museum
- Lincoln University
- Museum National d'Histoire Naturelle
- University of Shahre Kord
- Adam Mickiewicz University
- National Museum
- City University of Hong Kong
- University of Modena and Reggio Emilia
- Aquaculture Research Laboratory, Department of Zoology, Dr.B.A.M. University, Aurangabad.
- Zoology Department, University of Allahabad
- International Center for Tropical Agriculture
- Country
- USA
- Barcoding the red algae of the Hawaiian islands
- Identification of Croton (Euphorbiaceae) specimens from Panama to Canada using DNA barcoding
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- Developing Barcodes for Moray Eels
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- Barcoding the Venice Fungal Collection
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- Clarification of species of Conopeum Gray, 1848 in US harbors using DNA barcoding
- Germany
- Mexico
- South Africa
- Pakistan
- Australia
- Brazil
- France
- Nigeria
- Belgium
- Colombia
- UK
- New Zealand
- Iran
- Poland
- Hong Kong
- Italy
- India
- USA
- Focus Theme
- Adding barcodes to a large survey of a taxonomic group
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- Barcoding the red algae of the Hawaiian islands
- Developing Barcodes for Moray Eels
- DNA Barcodes of Tropical Timber Species
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Identification of Croton (Euphorbiaceae) specimens from Panama to Canada using DNA barcoding
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Sponge Barcoding – aiding in the identification and description of Poriferan taxa.
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- “A Taxonomic study of Solanum nigrum L. complex using DNA Barcoding and identification of their specific niches in different regions of Pakistan”.
- Agricultural pests
- Associating life stages/genders
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Developing Barcodes for Moray Eels
- Identifying frog tadpoles by DNA barcoding: applications in ecology, conservation biology and systematics
- Biotic inventory of a poorly known taxonomic group
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Clarification of species of Conopeum Gray, 1848 in US harbors using DNA barcoding
- Developing Barcodes for Moray Eels
- DNA Barcodes of Tropical Timber Species
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Biotic inventory of multiple taxa in a region or habitat
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- Barcoding the red algae of the Hawaiian islands
- Barcoding the Venice Fungal Collection
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- Confluence of capabilities: DNA Barcoding the Marine Fishes of Brazil
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Disease vectors
- Environmental monitering/quality indicators
- Experimental application of barcodes to a new taxonomic group
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the red algae of the Hawaiian islands
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- DNA Barcodes of Tropical Timber Species
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Invasive species
- Resolving discrete taxonomic problems
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA Barcodes of Tropical Timber Species
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Species conservation
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Developing Barcodes for Moray Eels
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Systematic revision of an entire taxon
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Adding barcodes to a large survey of a taxonomic group
- Geographic Area
- Africa
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Developing Barcodes for Moray Eels
- Identifying frog tadpoles by DNA barcoding: applications in ecology, conservation biology and systematics
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- TBI: Tephritid Barcoding Initiative
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Arabian Sea
- Arctic
- Atlantic Ocean
- Australia
- Caribbean Ocean
- Central America
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- Developing Barcodes for Moray Eels
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- DNA Barcodes of Tropical Timber Species
- DNA barcoding of Tardigrada
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- TBI: Tephritid Barcoding Initiative
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Central Asia
- East Asia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Developing Barcodes for Moray Eels
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- TBI: Tephritid Barcoding Initiative
- East China Sea
- Europe
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the Venice Fungal Collection
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- TBI: Tephritid Barcoding Initiative
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Gulf of Mexico
- Indian Ocean
- Mediterranean Sea
- Middle East
- North America
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Clarification of species of Conopeum Gray, 1848 in US harbors using DNA barcoding
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- Developing Barcodes for Moray Eels
- Identification of Croton (Euphorbiaceae) specimens from Panama to Canada using DNA barcoding
- TBI: Tephritid Barcoding Initiative
- Oceania
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- TBI: Tephritid Barcoding Initiative
- Pacific Ocean
- Red Sea
- Sea of Japan (East Sea)
- South America
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Developing Barcodes for Moray Eels
- DNA Barcodes of Tropical Timber Species
- TBI: Tephritid Barcoding Initiative
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- South East Asian Peninsula
- Southern Asia
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- TBI: Tephritid Barcoding Initiative
- “A Taxonomic study of Solanum nigrum L. complex using DNA Barcoding and identification of their specific niches in different regions of Pakistan”.
- Unspecified
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Sponge Barcoding – aiding in the identification and description of Poriferan taxa.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Africa
- Taxonomic Group
- a: Apicomplexa
- b: FUNGI
- c: Bryophyta
- c: Coniferophyta
- c: Cycadophyta
- c: Equisetophyta
- c: Lycopodiophyta
- c: Magnoliophyta
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA Barcodes of Tropical Timber Species
- c: Phaeophyta
- c: PLANTS
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- DNA Barcodes of Tropical Timber Species
- DNA barcoding of Tardigrada
- Identification of Croton (Euphorbiaceae) specimens from Panama to Canada using DNA barcoding
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- “A Taxonomic study of Solanum nigrum L. complex using DNA Barcoding and identification of their specific niches in different regions of Pakistan”.
- c: Pteridophyta
- c: Rhodophyta
- d: Arthropoda
- d: Arthropoda - Chelicerata
- d: Arthropoda - Crustacea
- d: Arthropoda - Hexapoda - Diptera
- d: Arthropoda - Hexapoda - Hymenoptera
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- d: Arthropoda - Hexapoda - Lepidoptera
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- d: Arthropoda - Hexapoda - Other Insecta
- d: Cnidaria
- d: Ectoprocta
- d: INVERTEBRATES
- d: Mollusca
- d: Nemata
- d: Platyhelminthes
- d: Porifera
- d: Tardigrada
- e: Tunicata
- f: Amphibia
- f: Aves
- f: Chondrichthyes
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Confluence of capabilities: DNA Barcoding the Marine Fishes of Brazil
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- f: Osteichthyes
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Confluence of capabilities: DNA Barcoding the Marine Fishes of Brazil
- Developing Barcodes for Moray Eels
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- f: Reptilia
- f: VERTEBRATES
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Habitat Type
- Coastal wetlands
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the Venice Fungal Collection
- Developing Barcodes for Moray Eels
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Estuarine
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Clarification of species of Conopeum Gray, 1848 in US harbors using DNA barcoding
- Developing Barcodes for Moray Eels
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Freshwater - Other
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Sponge Barcoding – aiding in the identification and description of Poriferan taxa.
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Freshwater lakes
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Freshwater marshland
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Freshwater rivers
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Freshwater rivers
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Freshwater streams
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the red algae of the Hawaiian islands
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Hypersaline
- Intertidal
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the red algae of the Hawaiian islands
- Developing Barcodes for Moray Eels
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Marine - Other
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- Developing Barcodes for Moray Eels
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- Sponge Barcoding – aiding in the identification and description of Poriferan taxa.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Marine continental shelf benthos
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Confluence of capabilities: DNA Barcoding the Marine Fishes of Brazil
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Marine continental shelf water column
- Marine continental slope benthos
- Marine deep ocean benthos
- Marine nearshore benthos
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the red algae of the Hawaiian islands
- Clarification of species of Conopeum Gray, 1848 in US harbors using DNA barcoding
- Clarification of species of Didemnum (Ascidiacea, Tunicata) from 3 continents through DNA barcoding
- Confluence of capabilities: DNA Barcoding the Marine Fishes of Brazil
- DNA BARCODING OF FRESHWATER FISHES FROM RIVER GODAVARI, INDIA
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Marine open ocean water column
- Salt lake
- Terrestrial - Other
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA barcoding of Tardigrada
- Identification of Croton (Euphorbiaceae) specimens from Panama to Canada using DNA barcoding
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- “A Taxonomic study of Solanum nigrum L. complex using DNA Barcoding and identification of their specific niches in different regions of Pakistan”.
- Terrestrial caves
- Terrestrial cultivated land
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- TBI: Tephritid Barcoding Initiative
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Terrestrial desert
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Terrestrial grasslands
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- TBI: Tephritid Barcoding Initiative
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Terrestrial montane
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding the Venice Fungal Collection
- DNA Barcodes of Tropical Timber Species
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- TBI: Tephritid Barcoding Initiative
- Use of DNA Barcode for identification of possible biotypes of the fruit borer Neoleucinodes elegantalis (Lepidoptera: Crambidae), an important pest of Andean solanaceous fruits.
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Terrestrial polar ice/tundra
- Terrestrial temperate forest
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding Darwin’s meadow: a 21st century botanical inventory at historic Down House
- Barcoding the Venice Fungal Collection
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- TBI: Tephritid Barcoding Initiative
- Terrestrial tropical forest
- Bar coding of helminthes from vertebrate hosts in the Gangetic plains
- Bar coding of Iranian Blind Cave cyprinid Iranocypris typhlops
- Barcode all species of parasitoids (Tachinidae, Ichneumonidae, Braconidae) reared by the caterpillar inventory of a Costa Rican multi-ecosystem site, for species discovery and identification.
- Barcode the Hesperiidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Saturniidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcode the Sphingidae (Lepidoptera) of a large complex tropical multi-ecosystem site: barcodes for species discovery and species discrimination, and methodological development.
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding a species rich, historically important and geographically constrained flora from Australia
- Barcoding evaluation for Anthozoa and Medusozoa, problematic Cnidarian groups
- BioLep: barcode all species of Lepidoptera in a large complex Costa Rican multi-ecosystem site, use the barcodes for species discovery and discrimination, and stimulate/guide methodological evolution.
- DNA barcodes of the species in Chamela-Cuixmala Reserve, Mexico.
- DNA Barcodes of Tropical Timber Species
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- DNA barcoding of Tardigrada
- Identifying frog tadpoles by DNA barcoding: applications in ecology, conservation biology and systematics
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- Reptiles of Southern Africa: Barcoding for Conservation Assessments
- TBI: Tephritid Barcoding Initiative
- Using barcoding to assess alpha-taxonomy of the Turrinae, a poorly-known subfamily of marine molluscs.
- Coastal wetlands