排序方式: 共有2条查询结果,搜索用时 15 毫秒
1
1.
Yamada K Lim J Dale JM Chen H Shinn P Palm CJ Southwick AM Wu HC Kim C Nguyen M Pham P Cheuk R Karlin-Newmann G Liu SX Lam B Sakano H Wu T Yu G Miranda M Quach HL Tripp M Chang CH Lee JM Toriumi M Chan MM Tang CC Onodera CS Deng JM Akiyama K Ansari Y Arakawa T Banh J Banno F Bowser L Brooks S Carninci P Chao Q Choy N Enju A Goldsmith AD Gurjal M Hansen NF Hayashizaki Y Johnson-Hopson C Hsuan VW Iida K Karnes M Khan S Koesema E Ishida J Jiang PX Jones T Kawai J Kamiya A Meyers C Nakajima M 《Science (New York, N.Y.)》2003,302(5646):842-846
2.
Truong Mai-Hong Tran D. Hong Nguyen T. Hien Ho H. Hai Tran D. Tung Vo T. Le-Tam Banh Ngoc-Tam Richard H. Ellis 《New Forests》2006,32(1):9-19
Mass maturity (end of the seed-filling phase) occurred at about 72 days after flowering (DAF) in developing seeds of Mimusops elengi, at which time seed moisture content had declined to about 55%. The onset of ability to germinate was detected at 56 DAF
and seeds showed 98% germination by 84 DAF. Tolerance of desiccation to 10% moisture content was first detected at 70 DAF
and was maximal by 84 DAF. Delaying collection by a further 14 days to 98 DAF, when fruits began to be shed, reduced seed
viability, particularly for seeds first dried to 10% moisture content. Hence the best time for seed collection appears to
be about 14 days before fruits shed. In a separate investigation with six different seed lots, desiccation below about 8–12%
moisture content reduced viability (considerably in some lots). The viability of dry seeds (below about 10% moisture content)
stored hermetically was reduced at cool temperatures (5 °C and below), and none survived storage at sub-zero temperatures.
The results suggest that Mimusops elengi shows intermediate seed storage behaviour and that the optimal hermetic seed storage environment is about 10% moisture content
at 10 °C, while short-term, moist, aerated storage at high (40%) moisture content is also feasible. 相似文献
1