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Investments, Foreign --- Joint ventures --- Mixed economy --- S10/0251 --- Economy, Mixed --- Third way (Economics) --- Capitalism --- Socialism --- Capital exports --- Capital imports --- FDI (Foreign direct investment) --- Foreign direct investment --- Foreign investment --- Foreign investments --- International investment --- Offshore investments --- Outward investments --- Capital movements --- Investments --- Adventures, Joint --- Joint adventures --- Joint undertakings --- Ventures, Joint --- Partnership --- International business enterprises --- China: Economics, industry and commerce--General works and economic history: since 1989 --- #A9210E --- Hainan Sheng (China) --- Hainan Province (China) --- Hai-nan sheng (China) --- Hai Nan Province (China) --- Hai-nan (China : Province) --- Hainan Island (China) --- Hainan Dao (China) --- Hainan Tao (China) --- Hainan (China : Province) --- Hainan Xingzhengqu (China) --- Economic conditions. --- Economic policy. --- Economic policy and planning (general) --- Hainan
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Recently, there has been a dramatic increase in the use of DNA-derived data and innovative phenotyping to obtain insights into the causative genes underlying traits of agronomical interest or to characterize tree genetic resources. The latter, in particular, could represent an important source of genetic diversity that can be readily used to enhance the adaptability to limiting environmental factors and resistance to biotic stresses or to promote novel genotypes with improved agronomic traits. On the whole, the studies collected in this book report on tree crop biodiversity characterization that could provide the essential building blocks to ensure future improvements in production and quality, as well as for innovations in tree crop development and utilization.
Research & information: general --- Biology, life sciences --- Microbiology (non-medical) --- Camellia sinensis --- genetic diversity --- population structure --- SSR --- bark phenotype --- bark scale --- Norway spruce --- resonance wood --- sonic tomography --- conifer adaptation --- phenotypic plasticity --- comparative proteomics --- stress response --- Hainan Province --- endemic species --- conservation --- codon usage --- sequence divergence --- phylogeny --- Acer --- sect. Platanoidea --- chloroplast genome --- structural variation --- phylogenetics --- nSSR --- cpDNA --- Magnoliaceae --- conservation genetics --- fragmentation --- agroforestry --- domestication --- Inga edulis --- amazon forest --- microsatellite markers --- Paeonia rockii (flare tree peony) germplasm accessions --- phenotypic traits --- EST-SSR markers --- chloroplast DNA sequences --- tree improvement --- evergreen oak --- phenotypic selection --- selection criteria --- seed orchard --- generalized value --- genetic differentiation --- natural regeneration --- cultivated population --- semi-domesticated population --- growth trait --- wood property --- cytosine methylation --- epimarker --- candidate gene --- gene expression --- color mutation --- pigment metabolism --- chlorophyll --- anthocyanin --- mutation mechanism --- RNA-seq --- Castanopsis × kuchugouzhui --- natural hybrid --- molecular identification --- chloroplast DNA sequence --- microsatellite --- Ilex species --- Aquifoliaceae --- morphological traits --- DNA C-value --- plastid genome --- S-genotyping --- S-locus --- P. communis --- P. pyrifolia --- P. amygdaliformis --- genetic structure --- n/a
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Recently, there has been a dramatic increase in the use of DNA-derived data and innovative phenotyping to obtain insights into the causative genes underlying traits of agronomical interest or to characterize tree genetic resources. The latter, in particular, could represent an important source of genetic diversity that can be readily used to enhance the adaptability to limiting environmental factors and resistance to biotic stresses or to promote novel genotypes with improved agronomic traits. On the whole, the studies collected in this book report on tree crop biodiversity characterization that could provide the essential building blocks to ensure future improvements in production and quality, as well as for innovations in tree crop development and utilization.
Camellia sinensis --- genetic diversity --- population structure --- SSR --- bark phenotype --- bark scale --- Norway spruce --- resonance wood --- sonic tomography --- conifer adaptation --- phenotypic plasticity --- comparative proteomics --- stress response --- Hainan Province --- endemic species --- conservation --- codon usage --- sequence divergence --- phylogeny --- Acer --- sect. Platanoidea --- chloroplast genome --- structural variation --- phylogenetics --- nSSR --- cpDNA --- Magnoliaceae --- conservation genetics --- fragmentation --- agroforestry --- domestication --- Inga edulis --- amazon forest --- microsatellite markers --- Paeonia rockii (flare tree peony) germplasm accessions --- phenotypic traits --- EST-SSR markers --- chloroplast DNA sequences --- tree improvement --- evergreen oak --- phenotypic selection --- selection criteria --- seed orchard --- generalized value --- genetic differentiation --- natural regeneration --- cultivated population --- semi-domesticated population --- growth trait --- wood property --- cytosine methylation --- epimarker --- candidate gene --- gene expression --- color mutation --- pigment metabolism --- chlorophyll --- anthocyanin --- mutation mechanism --- RNA-seq --- Castanopsis × kuchugouzhui --- natural hybrid --- molecular identification --- chloroplast DNA sequence --- microsatellite --- Ilex species --- Aquifoliaceae --- morphological traits --- DNA C-value --- plastid genome --- S-genotyping --- S-locus --- P. communis --- P. pyrifolia --- P. amygdaliformis --- genetic structure --- n/a
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Recently, there has been a dramatic increase in the use of DNA-derived data and innovative phenotyping to obtain insights into the causative genes underlying traits of agronomical interest or to characterize tree genetic resources. The latter, in particular, could represent an important source of genetic diversity that can be readily used to enhance the adaptability to limiting environmental factors and resistance to biotic stresses or to promote novel genotypes with improved agronomic traits. On the whole, the studies collected in this book report on tree crop biodiversity characterization that could provide the essential building blocks to ensure future improvements in production and quality, as well as for innovations in tree crop development and utilization.
Research & information: general --- Biology, life sciences --- Microbiology (non-medical) --- Camellia sinensis --- genetic diversity --- population structure --- SSR --- bark phenotype --- bark scale --- Norway spruce --- resonance wood --- sonic tomography --- conifer adaptation --- phenotypic plasticity --- comparative proteomics --- stress response --- Hainan Province --- endemic species --- conservation --- codon usage --- sequence divergence --- phylogeny --- Acer --- sect. Platanoidea --- chloroplast genome --- structural variation --- phylogenetics --- nSSR --- cpDNA --- Magnoliaceae --- conservation genetics --- fragmentation --- agroforestry --- domestication --- Inga edulis --- amazon forest --- microsatellite markers --- Paeonia rockii (flare tree peony) germplasm accessions --- phenotypic traits --- EST-SSR markers --- chloroplast DNA sequences --- tree improvement --- evergreen oak --- phenotypic selection --- selection criteria --- seed orchard --- generalized value --- genetic differentiation --- natural regeneration --- cultivated population --- semi-domesticated population --- growth trait --- wood property --- cytosine methylation --- epimarker --- candidate gene --- gene expression --- color mutation --- pigment metabolism --- chlorophyll --- anthocyanin --- mutation mechanism --- RNA-seq --- Castanopsis × kuchugouzhui --- natural hybrid --- molecular identification --- chloroplast DNA sequence --- microsatellite --- Ilex species --- Aquifoliaceae --- morphological traits --- DNA C-value --- plastid genome --- S-genotyping --- S-locus --- P. communis --- P. pyrifolia --- P. amygdaliformis --- genetic structure
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"Presents a new view of the Chinese revolution through the lens of the local Communist movement in Hainan between 1926 and 1956. Jeremy A. Murray's study of local Communist revolutionaries in Hainan between 1926 and 1956 provides a window into the diversity and complexity of the Chinese revolution. Long at the margins of the Chinese state, Hainan was once known by mainlanders only for its malarial climate and fierce indigenous people. In spite of efforts by the Chinese Nationalists and the Japanese to exterminate Hainan's Communists, the movement survived because of an alliance with the indigenous Li. For years it persevered, though in complete isolation from Communist headquarters on the mainland. Using Chinese-language sources, archival materials, and interviews, Murray draws a vivid picture of this movement from the Hainanese perspective, and broadens our understanding of how patriotism, Party loyalty, and Chinese identity have been experienced and interpreted in modern China"--Provided by publisher.
Communism --- Revolutionaries --- Communists --- Li (Hainan people) --- S03/0630 --- S06/0500 --- Bolshevism --- Communist movements --- Leninism --- Maoism --- Marxism --- Trotskyism --- Collectivism --- Totalitarianism --- Post-communism --- Socialism --- Village communities --- Loi (Hainan people) --- Sheng-Li (Hainan people) --- Shu-Li (Hainan people) --- Ethnology --- Revolutionists --- Dissenters --- Counterrevolutionaries --- History --- Politics and government --- China: Geography, description and travel--Cities (incl. concessions) --- China: Politics and government--Other modern political movements (e.g. anarchism, Socialism, dissident movements, Beijing Spring, Tian'anmen) --- Hainan Sheng (China) --- China --- Cina --- Kinë --- Cathay --- Chinese National Government --- Chung-kuo kuo min cheng fu --- Republic of China (1912-1949) --- Kuo min cheng fu (China : 1912-1949) --- Chung-hua min kuo (1912-1949) --- Kina (China) --- National Government (1912-1949) --- China (Republic : 1912-1949) --- People's Republic of China --- Chinese People's Republic --- Chung-hua jen min kung ho kuo --- Central People's Government of Communist China --- Chung yang jen min cheng fu --- Chung-hua chung yang jen min kung ho kuo --- Central Government of the People's Republic of China --- Zhonghua Renmin Gongheguo --- Zhong hua ren min gong he guo --- Kitaĭskai︠a︡ Narodnai︠a︡ Respublika --- Činská lidová republika --- RRT --- Republik Rakjat Tiongkok --- KNR --- Kytaĭsʹka Narodna Respublika --- Jumhūriyat al-Ṣīn al-Shaʻbīyah --- RRC --- Kitaĭ --- Kínai Népköztársaság --- Chūka Jinmin Kyōwakoku --- Erets Sin --- Sin --- Sāthāranarat Prachāchon Čhīn --- P.R. China --- PR China --- Chung-kuo --- Zhongguo --- Zhonghuaminguo (1912-1949) --- Zhong guo --- Chine --- République Populaire de Chine --- República Popular China --- Catay --- VR China --- VRChina --- 中國 --- 中国 --- 中华人民共和国 --- Jhongguó --- Bu̇gu̇de Nayiramdaxu Dundadu Arad Ulus --- Bu̇gu̇de Nayiramdaqu Dumdadu Arad Ulus --- Bu̇gd Naĭramdakh Dundad Ard Uls --- Khi︠a︡tad --- Kitad --- Dumdadu Ulus --- Dumdad Uls --- Думдад Улс --- Kitajska --- China (Republic : 1949- ) --- Hainan Province (China) --- Hai-nan sheng (China) --- Hai Nan Province (China) --- Hai-nan (China : Province) --- Hainan Island (China) --- Hainan Dao (China) --- Hainan Tao (China) --- Hainan (China : Province) --- Hainan Xingzhengqu (China) --- Relations --- PRC --- P.R.C. --- BNKhAU --- БНХАУ --- Persons
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