[genetic polymorphism of blood protein of six passeriformes species in zhalong national nature reserve].the polymorphism of hemoglobin (hb), serum albumin (alb), trandferring (tf) and adenosin deaminase (ada) in the blood of emberiza elegans, phylloscopus inornatus, e. aureola, lanius tigrinus, passer montanus, and e. spodocephala in zhalong national nature reserve were studied by sds-polyacrylamide-gel electrophoresis. all the protein loci of the six passeriformes species exhibited polymorphism, and ada locus had a relatively high heterozygosity. the analysis of average heterozygosity demonstrate ...200919795660
new species and records of quill mites of the family syringophilidae (acari: prostigmata) from the passerines (aves: passeriformes) from the russian far east.two new species, syringophilopisis pari sp. nov. from poecile palustris linnaeus (paridae) and torotrogla volgini sp. nov. from emberiza elegans temminck (emberizidae) are described. additionally, new host species are reported for three syringophilid species: emberiza tristrami swinhoe and e. rutila pallas for betasyringophiloidus schoeniclus (skoracki); sitta europaea linnaeus (sittidae) for syringophilopsis sittae skoracki et al., and zosterops erythropleurus swinhoe (zosteropidae) for neoaulo ...201326287106
changes in emberiza bunting communities and populations spanning 100 years in korea.the rapid decline of a few emberiza bunting species is increasing conservation concerns, especially in asia. however, temporal changes in communities and populations of buntings, ones of the most common migratory songbirds in korea, have not been quantitatively assessed. to understand how the status of buntings has changed over the past 100 years, we collated abundance data from museum collections and bird-banding records between 1910 and 2019. we also used presence-absence data for buntings col ...202032459798
mitochondrial genome of emberiza elegans (emberizidae: emberiza).emberiza elegans is a common bunting with very wide geographical distribution. in this paper, the complete mitochondrial genome of e. elegans (16,779 bp in length) was analyzed for building the database. the results showed that it contained 13 protein-coding genes, 22 transfer rna genes, 2 ribosomal rna genes and one control region. the base composition of mtdna was a (29.4%), g (14.7%), c (32.7%), and t (23.2%), therefore, the percentage of a and t (52.6%) was slightly higher than g and c (47.4 ...201625264844
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