Abstract
Living botanical collections include germplasm repositories, long-term experimental plantings, and botanical gardens. We present here a series of vignettes to illustrate the central role that living collections have played in plant biology research, including evo-devo research. Looking toward the future, living collections will become increasingly important in support of future evo-devo research. The driving force behind this trend is nucleic acid sequencing technologies, which are rapidly becoming more powerful and cost-effective, and which can be applied to virtually any species. This allows for more extensive sampling, including non-model organisms with unique biological features and plants from diverse phylogenetic positions. Importantly, a major challenge for sequencing-based evo-devo research is to identify, access, and propagate appropriate plant materials. We use a vignette of the ongoing 1,000 Transcriptomes project as an example of the challenges faced by such projects. We conclude by identifying some of the pinch points likely to be encountered by future evo-devo researchers, and how living collections can help address them.
Highlights
LIVING BOTANICAL COLLECTIONS IN HISTORICAL CONTEXT Living collections are curated for various purposes including scientific education and research
There are experimental research plots, seed banks, conservatories, and germplasm repositories for research that are associated with universities and research institutions
In 1872, the Arnold Arboretum of Harvard University became the first public botanical garden in the US to specialize in temperate woody plants
Summary
LIVING BOTANICAL COLLECTIONS IN HISTORICAL CONTEXT Living collections are curated for various purposes including scientific education and research. The Palm House at the Royal Botanic Gardens, Kew, opened in 1848 and provided this institution of diverse yet temperate plants the opportunity to cultivate and study a broader range of tropical plants collected by explorer scientists. Evo-devo research is defined by comparative approaches that require the ability to sample different ecotypes or species of interests.
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