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- Q3511362 subject Q6700082.
- Q3511362 subject Q7157153.
- Q3511362 abstract "Serotiny is an ecological adaptation exhibited by some seed plants, in which seed release occurs in response to an environmental trigger, rather than spontaneously at seed maturation. The most common and best studied trigger is fire, and although serotiny is often used to refer to this specific case, this is an overgeneralization. Generally, serotiny refers to plants that release their seed over a long period of time, irrespective of whether release is spontaneous. In this sense, the term is synonymous with bradyspory.Possible triggers include Death of the parent plant or branch (this form of serotiny has been technically termed necriscence) Wetting (hygriscence) Warming by the sun (soliscence) Drying atmospheric conditions (xeriscence) Fire (pyriscence) Fire followed by wetting (pyrohydriscence)Fire is the most common and best studied case, and the term serotiny is often used where pyriscence is intended. Some plants may respond to more than one of these triggers. For example Pinus halepensis exhibits primarily fire-mediated serotiny, but responds weakly to drying atmospheric conditions. Similarly, some Banksia species are strongly serotinous with respect to fire, but also release some seed in response to plant or branch death.Serotiny can occur in various degrees. Plants that retain all of their seed indefinitely in the absence of a trigger event are termed strongly serotinous. Plants that eventually release some of their seed spontaneously in the absence of a trigger are termed weakly serotinous. Finally, some plants release all of their seed spontaneously after a period of seed storage, but the occurrence of a trigger event curtails the seed storage period, causing all seed to be released immediately; such plants are essentially non-serotinous, but may be termed facultatively serotinous.".
- Q3511362 thumbnail Banksia_serrata2.jpg?width=300.
- Q3511362 wikiPageWikiLink Q12024.
- Q3511362 wikiPageWikiLink Q131258.
- Q3511362 wikiPageWikiLink Q132825.
- Q3511362 wikiPageWikiLink Q1364.
- Q3511362 wikiPageWikiLink Q145205.
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- Q3511362 wikiPageWikiLink Q14707792.
- Q3511362 wikiPageWikiLink Q147807.
- Q3511362 wikiPageWikiLink Q156563.
- Q3511362 wikiPageWikiLink Q157228.
- Q3511362 wikiPageWikiLink Q165091.
- Q3511362 wikiPageWikiLink Q1695566.
- Q3511362 wikiPageWikiLink Q190334.
- Q3511362 wikiPageWikiLink Q206998.
- Q3511362 wikiPageWikiLink Q211457.
- Q3511362 wikiPageWikiLink Q22710.
- Q3511362 wikiPageWikiLink Q25314.
- Q3511362 wikiPageWikiLink Q258.
- Q3511362 wikiPageWikiLink Q25814.
- Q3511362 wikiPageWikiLink Q26782.
- Q3511362 wikiPageWikiLink Q3196.
- Q3511362 wikiPageWikiLink Q408.
- Q3511362 wikiPageWikiLink Q41228.
- Q3511362 wikiPageWikiLink Q45279.
- Q3511362 wikiPageWikiLink Q45669.
- Q3511362 wikiPageWikiLink Q4955286.
- Q3511362 wikiPageWikiLink Q6700082.
- Q3511362 wikiPageWikiLink Q7150.
- Q3511362 wikiPageWikiLink Q7157153.
- Q3511362 wikiPageWikiLink Q7445648.
- Q3511362 wikiPageWikiLink Q975872.
- Q3511362 comment "Serotiny is an ecological adaptation exhibited by some seed plants, in which seed release occurs in response to an environmental trigger, rather than spontaneously at seed maturation. The most common and best studied trigger is fire, and although serotiny is often used to refer to this specific case, this is an overgeneralization. Generally, serotiny refers to plants that release their seed over a long period of time, irrespective of whether release is spontaneous.".
- Q3511362 label "Serotiny".
- Q3511362 depiction Banksia_serrata2.jpg.