The genetic architecture of growth traits in Salix matsudana under salt stress
J Zhang, H Yuan, Q Yang, M Li, Y Wang… - Horticulture …, 2017 - academic.oup.com
Willow (Salix) is one of the most important ornamental tree species in landscape plants. One
species, Salix matsudana, is widely used as a shade tree and border tree because of its soft
branches and plump crown. Some varieties of S. matsudana were salt tolerant and could
grow normally in coastal regions. However, the molecular mechanisms of salt tolerance for
S. matsudana have been less clear. Here, we addressed this issue by performing a mapping
experiment containing 195 intraspecific F 1 progeny of S. matsudana, derived from salt …
species, Salix matsudana, is widely used as a shade tree and border tree because of its soft
branches and plump crown. Some varieties of S. matsudana were salt tolerant and could
grow normally in coastal regions. However, the molecular mechanisms of salt tolerance for
S. matsudana have been less clear. Here, we addressed this issue by performing a mapping
experiment containing 195 intraspecific F 1 progeny of S. matsudana, derived from salt …
The genetic architecture of growth traits in Salix matsudana under salt stress.
ZJ Zhang Jian, YHW Yuan HuWei… - 2017 - cabidigitallibrary.org
Willow (Salix) is one of the most important ornamental tree species in landscape plants. One
species, Salix matsudana, is widely used as a shade tree and border tree because of its soft
branches and plump crown. Some varieties of S. matsudana were salt tolerant and could
grow normally in coastal regions. However, the molecular mechanisms of salt tolerance for
S. matsudana have been less clear. Here, we addressed this issue by performing a mapping
experiment containing 195 intraspecific F1 progeny of S. matsudana, derived from salt …
species, Salix matsudana, is widely used as a shade tree and border tree because of its soft
branches and plump crown. Some varieties of S. matsudana were salt tolerant and could
grow normally in coastal regions. However, the molecular mechanisms of salt tolerance for
S. matsudana have been less clear. Here, we addressed this issue by performing a mapping
experiment containing 195 intraspecific F1 progeny of S. matsudana, derived from salt …
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