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1por Xu, Xin, Zhang, Lixin, Cao, Xiaoning, Liu, Lifeng, Jiang, Bingjun, Zhang, Chunlei, Jia, Hongchang, Lyu, Xiangguang, Su, Yumei, Cai, Yupeng, Liu, Luping, Zhang, Shengrui, Chen, Fulu, Wu, Cunxiang, Liu, Bin, Hou, Wensheng, Sun, Shi, Lai, Jinsheng, Han, Tianfu“…Soybean (Glycine max), a typical short‐day plant (SDP) domesticated in temperate regions, has expanded to high latitudes where daylengths are long from soybean emergence to bloom, but rapidly decrease from seed filling to maturity. …”
Publicado 2021
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2por Yuan, Shan, Wang, Yining, Wang, Junya, Zhang, Chunlei, Zhang, Lixin, Jiang, Bingjun, Wu, Tingting, Chen, Li, Xu, Xin, Cai, Yupeng, Sun, Shi, Chen, Fulu, Song, Wenwen, Wu, Cunxiang, Hou, Wensheng, Yu, Lijie, Han, Tianfu“…The early flowering germplasm generated by overexpression of GmFT3a has potential to be planted at higher latitudes where non-inductive long day is dominant in the growing season, and GmFT3a can be used to fine-tune soybean flowering and maturity time and improve the geographical adaptation.…”
Publicado 2022
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3por Jia, Hongchang, Jiang, Bingjun, Wu, Cunxiang, Lu, Wencheng, Hou, Wensheng, Sun, Shi, Yan, Hongrui, Han, Tianfu“…BACKGROUND: With the migration of human beings, advances of agricultural sciences, evolution of planting patterns and global warming, soybeans have expanded to both tropical and high-latitude cold regions (HCRs). Unlike other regions, HCRs have much more significant and diverse photoperiods and temperature conditions over seasons or across latitudes, and HCR soybeans released there show rich diversity in maturity traits. …”
Publicado 2014
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4por Chen, Li, Cai, Yupeng, Qu, Mengnan, Wang, Liwei, Sun, Hongbo, Jiang, Bingjun, Wu, Tingting, Liu, Luping, Sun, Shi, Wu, Cunxiang, Yao, Weiwei, Yuan, Shan, Han, Tianfu, Hou, Wensheng“…We found that Hap3, a major GmFT2b haplotype, is associated with significantly earlier flowering at higher latitudes. We anticipate our assay to provide important resources for the genetic improvement of soybean, including new germplasm for soybean breeding, and also increase our understanding of functional diversity in the soybean FT gene family.…”
Publicado 2020
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5por Jiang, Bingjun, Nan, Haiyang, Gao, Youfei, Tang, Lili, Yue, Yanlei, Lu, Sijia, Ma, Liming, Cao, Dong, Sun, Shi, Wang, Jialin, Wu, Cunxiang, Yuan, Xiaohui, Hou, Wensheng, Kong, Fanjiang, Han, Tianfu, Liu, Baohui“…In this report, cultivars were selected with various photoperiod sensitivities from different ecological zones, which covered almost all maturity groups (MG) from MG 000 to MG VIII and MG X adapted from latitude N 18° to N 53°. They were planted in the field under natural daylength condition (ND) in Beijing, China or in pots under different photoperiod treatments. …”
Publicado 2014
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6por Cai, Yupeng, Wang, Liwei, Chen, Li, Wu, Tingting, Liu, Luping, Sun, Shi, Wu, Cunxiang, Yao, Weiwei, Jiang, Bingjun, Yuan, Shan, Han, Tianfu, Hou, Wensheng“…Flowering time is a key agronomic trait that directly influences the successful adaptation of soybean (Glycine max) to diverse latitudes and farming systems. GmFT2a and GmFT5a have been extensively identified as flowering activators and integrators in soybean. …”
Publicado 2019
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7por Fang, Yudong, Wang, Liwei, Sapey, Enoch, Fu, Shuai, Wu, Tingting, Zeng, Haiyan, Sun, Xuegang, Qian, Shuqing, Khan, Mohammad Abdul Awal, Yuan, Shan, Wu, Cunxiang, Hou, Wensheng, Sun, Shi, Han, Tianfu“…In this study, we demonstrated a cost-saving off-site summer nursery pattern, taking full advantage of shorter daylength and higher temperature with lower latitude compared to the origin of the soybean cultivars used in the study. …”
Publicado 2021
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8por Wang, Peiguo, Wang, Liwei, Zhang, Lixin, Wu, Tingting, Sun, Baiquan, Zhang, Junquan, Sapey, Enoch, Yuan, Shan, Jiang, Bingjun, Chen, Fulu, Wu, Cunxiang, Hou, Wensheng, Sun, Shi, Bai, Jiangping, Han, Tianfu“…Haplotype analysis demonstrated that the haplotypes associated with early flowering were mostly distributed in Northeast China, while the haplotypes associated with late flowering were mostly cultivated in the lower latitudes of China. Our study of PRR family genes in soybean provides not only an important guide for characterizing the circadian clock-controlled flowering pathway but also a theoretical basis and opportunities to breed varieties with adaptation to specific regions and farming systems.…”
Publicado 2022
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9por Liu, Luping, Song, Wenwen, Wang, Liwei, Sun, Xuegang, Qi, Yanping, Wu, Tingting, Sun, Shi, Jiang, Bingjun, Wu, Cunxiang, Hou, Wensheng, Ni, Zhongfu, Han, Tianfu“…In particular, the cultivars with mutations at all four E loci reached flowering and maturity very early, and adapted to high-latitude cold regions. The allele combinations e1-as/e2-ns/e3-tr/E4, E1/e2-ns/E3/E4 and E1/E2/E3/E4 played important roles in the Northeast China, Huang-Huai-Hai (HHH) Rivers Valley and South China regions, respectively. …”
Publicado 2020
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10por Wang, Liwei, Sun, Shi, Wu, Tingting, Liu, Luping, Sun, Xuegang, Cai, Yupeng, Li, Jicun, Jia, Hongchang, Yuan, Shan, Chen, Li, Jiang, Bingjun, Wu, Cunxiang, Hou, Wensheng, Han, Tianfu“…We analysed haplotypes of GmPRR37 among 180 cultivars collected across China and found natural Gmprr37 mutants flower earlier and enable soybean to be cultivated at higher latitudes. This study demonstrates that GmPRR37 controls soybean photoperiodic flowering and provides opportunities to breed optimized cultivars with adaptation to specific regions and farming systems.…”
Publicado 2020
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