NSTL国家科技图书文献中心

1. Mechanism of formation of hybrid abalone(Haliotis discus hannai and H. fulgens) heterosis on growth trait based on allele-specific expression analysis NSTL国家科技图书文献中心

Ling Sui | Xu Lin ... - 《Aquaculture》 - 2025,596(Pt.2) - 1～11 - 共11页

摘要： heterosis in hybrid abalone on growth* traits, RNA* | ♂) with obvious growth* differences and some allele* | -specific expression (ASE) genes related to growth | identified in the rapid-growth* and slow-growth groups, with* | six ASE genes unique to the rapid-growth* group*

关键词： Haliotis discus hannai ♀ × H. fulgens ♂ | Transcriptome sequencing | Allele-specific expression | Growth trait

2. Seasonal trait variation and functional niche overlap of macrophyte growth forms NSTL国家科技图书文献中心

Trottier, Lindsay Lo... | Hoblyn, Ashley ... - 《Aquatic Botany》 - 2025,197 - 共8页

摘要： demonstrate that seasonal trait variation within-growth | related to its growth* form (emergent, free-floating* | , floating rooted, submerged). Differences between growth | functional traits. Seasonal variation in functional trait | . As such, when inferring trait-environment

关键词： Macrophyte | Functional trait | Season | Functional niche | Growth form | Phenology

3. Shared preferences along stress gradients: how a growth-tolerance trade-off drives unimodal diversity and trait lumping NSTL国家科技图书文献中心

Schucht, Torben | Blasius, Bernd - 《Theoretical Ecology》 - 2025,18(1) - 共20页

摘要： tolerance to harsher environments, according to a growth | -tolerance trade-off. Here, we develop a trait-based | by competition, dispersal, and a growth-tolerance | unimodal diversity distributions and trait* lumping. Our* | Environmental gradients are pervasive across

关键词： Shared preferences | Stress gradients | Unimodal diversity | Trait lumping | Growth-tolerance trade-off | Integrodifference model

4. Do trait-growth relationships vary with plant age in fire-prone heathland shrubs? NSTL国家科技图书文献中心

Dun, Lily P. | Wenk, Elizabeth H.... - 《The Journal of Ecology》 - 2025,113(5) - 1164～1184 - 共21页

摘要： is limited understanding of how trait-growth | area corresponded to faster growth. In general, trait | 1. Growth* rate is a central element of a* | to differences in growth* between species, but there* | vary depending on how growth* is measured. 2. Field*

关键词： age | growth rate | leaf mass fraction | leaf mass per area | plant functional traits | wood density

5. Rapid Mapping of Quantitative Trait Loci for the Growth Habit in Peanuts Using Bulked Segregant Analysis NSTL国家科技图书文献中心

Ning, Qia | Li, Li ... - 《Plant molecular biology reporter》 - 2025,43(1) - 72～79 - 共8页

摘要： agronomic trait* that represents the plant's growth habit* | both spreading (prostrate) and erect growth* habits* | employed to map major quantitative trait* loci (QTL* | regulating cell growth. The results presented herein not | Lateral branch angle (LBA) is an important

关键词： Arachis hypogaea L. | BSA-seq | Plant growth habit | LBA

6. Fine mapping of weight-QTL qBWE17 and cloning of candidate genes with functional analysis of growth-related haplotypes in black carp NSTL国家科技图书文献中心

Lu, Hao | Guo, Jiamin ... - 《Aquaculture》 - 2025,598 - 共11页

摘要： fish species and is recognized for its rapid growth | variation associated with the growth* traits of black carp* | trait locus (QTL) qBWE17, associated with body weight | more SNPs associated with growth* traits. The cDNA and* | -growth* group, suggesting that these two genes may*

关键词： Black carp | Gene cloning | Fine mapping | Growth trait | Association analysis

7. Construction of the first high-density genetic linkage map and QTL mapping for growth traits in black seabream ( Acanthopagrus schlegelii) NSTL国家科技图书文献中心

Jia, Chaofeng | Meng, Qian ... - 《Aquaculture》 - 2025,595(Pt.1) - 共10页

摘要：Quantitative trait* loci (QTL) mapping is a* | improving growth-related traits, with the construction of | of growth* traits in three growth stages (8-month* | a previous study, we identified 5 candidate growth | -mapped across more than two growth* stages. Notably*

关键词： Black seabream | Genetic linkage map | QTL | Growth trait

8. Estimation of genetic parameters for upper thermal tolerance and growth traits in grass carp ( Ctenopharyngodon idella) NSTL国家科技图书文献中心

Tang, Heping | Zhang, Wei ... - 《Aquaculture》 - 2025,598 - 共10页 - 被引量：1

摘要： genetic parameters for heat tolerance and growth* traits* | , the heritability for each trait* based on* | . Similarly, the heritability for each trait* based on* | As an ectothermic animal that lives in water | for a lifetime, grass carp ( Ctenopharyngodon idella

关键词： Ctenopharyngodon idella | Upper thermal tolerance | Growth trait | Heritability | Parentage assignment

9. Trait segregation and growth characteristics of the F 2 generation hybrids between Crassostrea dianbaiensis and C. iredalei NSTL国家科技图书文献中心

Li, Jiangwei | Pan, Ying ... - 《Aquaculture International》 - 2025,33(4) - 共20页

摘要：. These DI hybrids display remarkable growth* vigor and* | further investigate the trait* segregation patterns in* | fluctuations during the growth* phase in Oushi's ponds were* | tolerance and enhanced growth* rates, respectively* | Crassostrea dianbaiensis, a recently

关键词： C. dianbaiensis | C. iredalei | F-1 hybrid | F-2 generation | Trait segregation

10. Multi Trait Plant Growth Promoting Endophytic Bacterial Colonization In Maize Crop (Zea mays L.) NSTL国家科技图书文献中心

Moturu, Uma Sowjanya | Nunna, Trimurtulu ... - 《Journal of Pure & Applied Microbiology》 - 2025,19(1) - 379～391 - 共13页

摘要： in the growth* and development of host plants under* | the same bacteria with multiple plant growth | The expected rise in world population and | variability of climate change cause biotic and abiotic | stress conditions that add uncertainty and complexity

摘要： heterosis in hybrid abalone on growth* traits, RNA* | ♂) with obvious growth* differences and some allele* | -specific expression (ASE) genes related to growth | identified in the rapid-growth* and slow-growth groups, with* | six ASE genes unique to the rapid-growth* group*

关键词： Haliotis discus hannai ♀ × H. fulgens ♂ | Transcriptome sequencing | Allele-specific expression | Growth trait

摘要： demonstrate that seasonal trait variation within-growth | related to its growth* form (emergent, free-floating* | , floating rooted, submerged). Differences between growth | functional traits. Seasonal variation in functional trait | . As such, when inferring trait-environment

关键词： Macrophyte | Functional trait | Season | Functional niche | Growth form | Phenology

摘要： tolerance to harsher environments, according to a growth | -tolerance trade-off. Here, we develop a trait-based | by competition, dispersal, and a growth-tolerance | unimodal diversity distributions and trait* lumping. Our* | Environmental gradients are pervasive across

关键词： Shared preferences | Stress gradients | Unimodal diversity | Trait lumping | Growth-tolerance trade-off | Integrodifference model

摘要： is limited understanding of how trait-growth | area corresponded to faster growth. In general, trait | 1. Growth* rate is a central element of a* | to differences in growth* between species, but there* | vary depending on how growth* is measured. 2. Field*

关键词： age | growth rate | leaf mass fraction | leaf mass per area | plant functional traits | wood density

摘要： agronomic trait* that represents the plant's growth habit* | both spreading (prostrate) and erect growth* habits* | employed to map major quantitative trait* loci (QTL* | regulating cell growth. The results presented herein not | Lateral branch angle (LBA) is an important

关键词： Arachis hypogaea L. | BSA-seq | Plant growth habit | LBA

摘要： fish species and is recognized for its rapid growth | variation associated with the growth* traits of black carp* | trait locus (QTL) qBWE17, associated with body weight | more SNPs associated with growth* traits. The cDNA and* | -growth* group, suggesting that these two genes may*

关键词： Black carp | Gene cloning | Fine mapping | Growth trait | Association analysis

摘要：Quantitative trait* loci (QTL) mapping is a* | improving growth-related traits, with the construction of | of growth* traits in three growth stages (8-month* | a previous study, we identified 5 candidate growth | -mapped across more than two growth* stages. Notably*

关键词： Black seabream | Genetic linkage map | QTL | Growth trait

摘要： genetic parameters for heat tolerance and growth* traits* | , the heritability for each trait* based on* | . Similarly, the heritability for each trait* based on* | As an ectothermic animal that lives in water | for a lifetime, grass carp ( Ctenopharyngodon idella

关键词： Ctenopharyngodon idella | Upper thermal tolerance | Growth trait | Heritability | Parentage assignment

摘要：. These DI hybrids display remarkable growth* vigor and* | further investigate the trait* segregation patterns in* | fluctuations during the growth* phase in Oushi's ponds were* | tolerance and enhanced growth* rates, respectively* | Crassostrea dianbaiensis, a recently

关键词： C. dianbaiensis | C. iredalei | F-1 hybrid | F-2 generation | Trait segregation

摘要： in the growth* and development of host plants under* | the same bacteria with multiple plant growth | The expected rise in world population and | variability of climate change cause biotic and abiotic | stress conditions that add uncertainty and complexity

关键词： Plant Growth Promotion | Endophytic Colonization | Re-isolation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： heterosis in hybrid abalone on growth traits, RNA | ♂) with obvious growth differences and some allele | -specific expression (ASE) genes related to growth | identified in the rapid-growth and slow-growth groups, with | six ASE genes unique to the rapid-growth group

关键词： Haliotis discus hannai ♀ × H. fulgens ♂ | Transcriptome sequencing | Allele-specific expression | Growth trait

摘要： demonstrate that seasonal trait variation within-growth | related to its growth form (emergent, free-floating | , floating rooted, submerged). Differences between growth | functional traits. Seasonal variation in functional trait | . As such, when inferring trait-environment

关键词： Macrophyte | Functional trait | Season | Functional niche | Growth form | Phenology

摘要： tolerance to harsher environments, according to a growth | -tolerance trade-off. Here, we develop a trait-based | by competition, dispersal, and a growth-tolerance | unimodal diversity distributions and trait lumping. Our | Environmental gradients are pervasive across

关键词： Shared preferences | Stress gradients | Unimodal diversity | Trait lumping | Growth-tolerance trade-off | Integrodifference model

摘要： is limited understanding of how trait-growth | area corresponded to faster growth. In general, trait | 1. Growth rate is a central element of a | to differences in growth between species, but there | vary depending on how growth is measured. 2. Field

关键词： age | growth rate | leaf mass fraction | leaf mass per area | plant functional traits | wood density

摘要： agronomic trait that represents the plant's growth habit | both spreading (prostrate) and erect growth habits | employed to map major quantitative trait loci (QTL | regulating cell growth. The results presented herein not | Lateral branch angle (LBA) is an important

关键词： Arachis hypogaea L. | BSA-seq | Plant growth habit | LBA

摘要： fish species and is recognized for its rapid growth | variation associated with the growth traits of black carp | trait locus (QTL) qBWE17, associated with body weight | more SNPs associated with growth traits. The cDNA and | -growth group, suggesting that these two genes may

关键词： Black carp | Gene cloning | Fine mapping | Growth trait | Association analysis

摘要：Quantitative trait loci (QTL) mapping is a | improving growth-related traits, with the construction of | of growth traits in three growth stages (8-month | a previous study, we identified 5 candidate growth | -mapped across more than two growth stages. Notably

关键词： Black seabream | Genetic linkage map | QTL | Growth trait

摘要： genetic parameters for heat tolerance and growth traits | , the heritability for each trait based on | . Similarly, the heritability for each trait based on | As an ectothermic animal that lives in water | for a lifetime, grass carp ( Ctenopharyngodon idella

关键词： Ctenopharyngodon idella | Upper thermal tolerance | Growth trait | Heritability | Parentage assignment

摘要：. These DI hybrids display remarkable growth vigor and | further investigate the trait segregation patterns in | fluctuations during the growth phase in Oushi's ponds were | tolerance and enhanced growth rates, respectively | Crassostrea dianbaiensis, a recently

关键词： C. dianbaiensis | C. iredalei | F-1 hybrid | F-2 generation | Trait segregation

摘要： in the growth and development of host plants under | the same bacteria with multiple plant growth | The expected rise in world population and | variability of climate change cause biotic and abiotic | stress conditions that add uncertainty and complexity

关键词： Plant Growth Promotion | Endophytic Colonization | Re-isolation

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： heterosis in hybrid abalone on growth* traits, RNA* | ♂) with obvious growth* differences and some allele* | -specific expression (ASE) genes related to growth | identified in the rapid-growth* and slow-growth groups, with* | six ASE genes unique to the rapid-growth* group*

摘要： demonstrate that seasonal trait variation within-growth | related to its growth* form (emergent, free-floating* | , floating rooted, submerged). Differences between growth | functional traits. Seasonal variation in functional trait | . As such, when inferring trait-environment

摘要： tolerance to harsher environments, according to a growth | -tolerance trade-off. Here, we develop a trait-based | by competition, dispersal, and a growth-tolerance | unimodal diversity distributions and trait* lumping. Our* | Environmental gradients are pervasive across

摘要： is limited understanding of how trait-growth | area corresponded to faster growth. In general, trait | 1. Growth* rate is a central element of a* | to differences in growth* between species, but there* | vary depending on how growth* is measured. 2. Field*

摘要： agronomic trait* that represents the plant's growth habit* | both spreading (prostrate) and erect growth* habits* | employed to map major quantitative trait* loci (QTL* | regulating cell growth. The results presented herein not | Lateral branch angle (LBA) is an important

摘要： fish species and is recognized for its rapid growth | variation associated with the growth* traits of black carp* | trait locus (QTL) qBWE17, associated with body weight | more SNPs associated with growth* traits. The cDNA and* | -growth* group, suggesting that these two genes may*

摘要：Quantitative trait* loci (QTL) mapping is a* | improving growth-related traits, with the construction of | of growth* traits in three growth stages (8-month* | a previous study, we identified 5 candidate growth | -mapped across more than two growth* stages. Notably*

摘要： genetic parameters for heat tolerance and growth* traits* | , the heritability for each trait* based on* | . Similarly, the heritability for each trait* based on* | As an ectothermic animal that lives in water | for a lifetime, grass carp ( Ctenopharyngodon idella

摘要：. These DI hybrids display remarkable growth* vigor and* | further investigate the trait* segregation patterns in* | fluctuations during the growth* phase in Oushi's ponds were* | tolerance and enhanced growth* rates, respectively* | Crassostrea dianbaiensis, a recently

摘要： in the growth* and development of host plants under* | the same bacteria with multiple plant growth | The expected rise in world population and | variability of climate change cause biotic and abiotic | stress conditions that add uncertainty and complexity