Results 121 to 130 of about 543 (148)
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DNA ?fingerprints? detect genetic variation inAcer negundo (Aceraceae)
Plant Systematics and Evolution, 1990Genomic DNA samples from 21 box elder plants collected in Missouri (U.S.A.) were digested with restriction enzyme and southern blot hybridized with the M13 minisatellite probe. Each plant was found to have a unique DNA fragment pattern. Moreover, levels of genetic variation estimated from a similarity index appear to be related to sampling distances ...
Hilde Nybom, Steven H. Rogstad
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Galloyl esters in the Aceraceae
Phytochemistry, 1965Abstract The phenolic constituents of the leaves of fifteen Acer species have been examined paper chromatographically and a suggestion is put forward for subdivision of the plant family on the basis of the particular form in which gallic acid is bound in the leaves.
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The complete chloroplast genome sequence of Acer morrisonense (Aceraceae)
Mitochondrial DNA Part A, 2015Acer morrisonense (Aceraceae) is an important forest tree species and is endemic to Taiwan area. In this study, we determined the complete nucleotide sequence of A. morrisonense chloroplast genome (cpDNA) by using next-generation sequencing. The cpDNA was 157 197 bp in size, contained a pair of 26 728 bp inverted repeat (IR) regions, which were ...
Zhong-Hu, Li +5 more
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BIODIVERSITY OF COLLEMBOLA IN SUGAR MAPLE (ACERACEAE) FORESTS
The Canadian Entomologist, 1999AbstractCollembola of 12 sugar maple forests of southern Quebec were surveyed through pit-light trapping and soil core extraction. These two sampling techniques were highly complementary, as pit-light traps are more efficient for sampling epigaeic species while soil core extractions are more efficient for hypogaeic species.
Fernand Therrien +2 more
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Neotypification of Acer orientale (Aceraceae)
TAXON, 1995SummaryTurland, N. J.: Neotypification of Acer orientale (Aceraceae). – Taxon 44: 597‐600. 1995. – ISSN 0040‐0262.A specimen belonging to the Turkish Acer monspessulanum subsp. oksalianum Yalt. is designated as the neotype of the ambiguous name A. orientale L.
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2021
Current natural limits of the range of A. tataricum L. in Kyiv Polissya pass through the watershed basin of the Ouzh River. The northernmost local progressive population of the species to the west of the Dnieper River is located at the floodplain of the Ouzh River near Cherevach village in Kyiv Region. At the northern limits of its range, A.
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Current natural limits of the range of A. tataricum L. in Kyiv Polissya pass through the watershed basin of the Ouzh River. The northernmost local progressive population of the species to the west of the Dnieper River is located at the floodplain of the Ouzh River near Cherevach village in Kyiv Region. At the northern limits of its range, A.
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Notes on the genus Acer (Aceraceae) in Thailand
Nordic Journal of Botany, 1992Acer chiangdaoense Santisuk is proposed as a new species from Northern Thailand. The relationships of the other Thai species of Acer is briefly discussed. A. garrettii is reduced to a synonym of A. laurinum.
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1948
Trees or shrubs, buds with many perules. Leaves decussate, petiolate, entire, palmate or pinnate, appearing simultaneously with the flowers or later, exstipulate. Inflorescence racemose, corymbose or spicate, terminal with 2-4 leaves, or rarely terminal or axillary without leaves.
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Trees or shrubs, buds with many perules. Leaves decussate, petiolate, entire, palmate or pinnate, appearing simultaneously with the flowers or later, exstipulate. Inflorescence racemose, corymbose or spicate, terminal with 2-4 leaves, or rarely terminal or axillary without leaves.
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The evolution and global migration of the Aceraceae
Philosophical Transactions of the Royal Society of London. Series B: Biological Sciences, 1996This article shows how a large palaeontological database (the Plant Fossil Record version 2.2, available on the Internet) can be used to draw evolutionary and migratory pathways. 2946 published records of the family Aceraceae have been found as leaf, fruit and seed, wood or pollen fossils, and their geographical and stratigraphical distributions are ...
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