Cuticle analysis (original) (raw)

About DBpedia

Cuticle analysis, also known as fossil cuticle analysis and cuticular analysis, is an archaeobotanical method that uses plant cuticles to reconstruct the vegetation of past grassy environments. Cuticles comprise the protective layer of the skin, or epidermis, of leaves and blades of grass. They are made of cutin, a resilient substance that can preserve the shapes of underlying cells, a quality that aids in the identification of plants that are otherwise no longer visible in the archaeological record. This can inform archaeobotanists on the floral makeup of a past environment, even when surviving remains from the plants are limited. Plant cuticles have also been incorporated into other areas of archaeobotanical research based on their susceptibility to environmental factors such as pCO2 lev

thumbnail

Property Value
dbo:abstract Cuticle analysis, also known as fossil cuticle analysis and cuticular analysis, is an archaeobotanical method that uses plant cuticles to reconstruct the vegetation of past grassy environments. Cuticles comprise the protective layer of the skin, or epidermis, of leaves and blades of grass. They are made of cutin, a resilient substance that can preserve the shapes of underlying cells, a quality that aids in the identification of plants that are otherwise no longer visible in the archaeological record. This can inform archaeobotanists on the floral makeup of a past environment, even when surviving remains from the plants are limited. Plant cuticles have also been incorporated into other areas of archaeobotanical research based on their susceptibility to environmental factors such as pCO2 levels and stresses such as water deficit and sodium chloride exposure. Such research can help to reconstruct past environments and identify ecological events. (en)
dbo:thumbnail wiki-commons:Special:FilePath/Leaf_Tissue_Structure.svg?width=300
dbo:wikiPageID 70546158 (xsd:integer)
dbo:wikiPageLength 23065 (xsd:nonNegativeInteger)
dbo:wikiPageRevisionID 1086144010 (xsd:integer)
dbo:wikiPageWikiLink dbr:Carbon_dioxide_in_Earth's_atmosphere dbr:Preservation_bias dbr:Savanna dbr:Scanning_electron_microscope dbr:C4_photosynthesis dbr:Archaeological_record dbr:Holocene dbr:Hydrochloric_acid dbr:Hydrofluoric_acid dbr:Hydrogen_peroxide dbr:Cutin dbr:Triassic–Jurassic_extinction_event dbr:Epidermis_(botany) dbr:Geochemistry dbr:Ginkgo dbc:Paleobotany dbr:Stress_(biology) dbr:File:Leaf_Tissue_Structure.svg dbr:Plant_cuticle dbr:Gregory_Retallack dbr:Jennifer_McElwain dbr:Atomic_force_microscopy dbr:Late_Pleistocene dbr:Sulfur_dioxide dbr:Transmission_electron_microscopy dbr:Pinus_mugo dbr:Pinus_sylvestris dbr:Microscopy dbr:Malate_dehydrogenase_(oxaloacetate-decarboxylating) dbr:Paleobotany dbr:Paleoecology dbr:PCO2 dbr:Sediment dbr:Stomatal
dbp:wikiPageUsesTemplate dbt:Cite_book dbt:Refbegin dbt:Refend dbt:Reflist
dcterms:subject dbc:Paleobotany
rdfs:comment Cuticle analysis, also known as fossil cuticle analysis and cuticular analysis, is an archaeobotanical method that uses plant cuticles to reconstruct the vegetation of past grassy environments. Cuticles comprise the protective layer of the skin, or epidermis, of leaves and blades of grass. They are made of cutin, a resilient substance that can preserve the shapes of underlying cells, a quality that aids in the identification of plants that are otherwise no longer visible in the archaeological record. This can inform archaeobotanists on the floral makeup of a past environment, even when surviving remains from the plants are limited. Plant cuticles have also been incorporated into other areas of archaeobotanical research based on their susceptibility to environmental factors such as pCO2 lev (en)
rdfs:label Cuticle analysis (en)
owl:sameAs wikidata:Cuticle analysis https://global.dbpedia.org/id/GTu4w
prov:wasDerivedFrom wikipedia-en:Cuticle_analysis?oldid=1086144010&ns=0
foaf:depiction wiki-commons:Special:FilePath/Leaf_Tissue_Structure.svg
foaf:isPrimaryTopicOf wikipedia-en:Cuticle_analysis
is foaf:primaryTopic of wikipedia-en:Cuticle_analysis