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Field
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health of managed honeybees while being used for pollination services on almond orchards and assessing the dependence of new “self-fertile” almond varieties on pollen movement by honeybees. Almond
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-fertile” almond varieties on pollen movement by honeybees. Almond production is a major and expanding horticultural industry in Australia and is heavily dependent on honeybees. This research will improve
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and around Southeast Asia, towards safer and more sustainable societies. EOS invites applications for a Research Fellow in palynology (pollen) and sedimentology research relating to tropical mangrove
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sands and adjacent sites to build up a picture of the past environments. We are using biomarkers, ostracods, and pollen, but are also keen to explore other potential proxies. The post-holder will get
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prioritize sites for ancient woodland restoration. The successful candidate will work with the Task 4 lead, Dr Helen Shaw, to use palaeoecological approaches (pollen, spores and a range of other proxies
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position in the School of Biology in which the individual will be responsible for biochemical analysis of pollen and nectar samples collected as part of a LCCMR funded research project in collaboration with
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analysis of pollen and nectar samples collected as part of a LCCMR funded research project in collaboration with the Chicago Botanical garden. This position would also involve training incoming student
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the relationship between plant/pollinators in an agricultural context. In this two-year project we will investigate the phenology (flowering time) and pollen development (viability and quantity) of red and white
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analogues for future ecosystem and species responses to environmental change, environmental and ecosystem reconstruction based on biotic indicators (e.g. chironomids, pollen, diatoms, cladocerans but also
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 10 days ago
pollen release. Time-lapse confocal microscopy, single-nucleus RNA-Seq, and fluorescent reporter genes will be used to reconstruct three-dimensional cellular anatomy, growth, and differentiation in rapidly