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For Time to dig: the importance of underground storage organs in plant evolution

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anatomy (1 Abstract)
belowground traits (1 Abstract)
bioclimatic regions (1 Abstract)
biodiversity (1 Abstract)
biogeography (1 Abstract)
bud bearing organs (1 Abstract)
bulb (1 Abstract)
bulbs (2 Abstracts)
Campos rupestres (1 Abstract)
Cerrado (1 Abstract)
citizen science (1 Abstract)
Claytonia (1 Abstract)
clonal growth organs (1 Abstract)
corm (1 Abstract)
drought (1 Abstract)
ecology (1 Abstract)
edaphic (1 Abstract)
Edaphic evolution (1 Abstract)
endemism (1 Abstract)
evolution (1 Abstract)
functional traits (1 Abstract)
geophytes (5 Abstracts)
hybridization (1 Abstract)
iNaturalist (1 Abstract)
Iridaceae (1 Abstract)
Leaf mass per area (1 Abstract)
Liliales (1 Abstract)
Melastomataceae (1 Abstract)
monocots (2 Abstracts)
Montiaceae (1 Abstract)
Ontologies (1 Abstract)
Pelargonium (1 Abstract)
photosynthesis (1 Abstract)
phylogenomics (1 Abstract)
phylogeny (1 Abstract)
plant architecture (1 Abstract)
plastome (1 Abstract)
polyploidy (1 Abstract)
rhizome (1 Abstract)
rhizomes (1 Abstract)
roots (2 Abstracts)
Root tubers (1 Abstract)
South Africa (1 Abstract)
species complex (1 Abstract)
species diversity (1 Abstract)
storage organs (1 Abstract)
sweetpotato (1 Abstract)
systematics (1 Abstract)
targeted markers (1 Abstract)
taxonomy (1 Abstract)
Tibouchina (1 Abstract)
Transcriptomics (2 Abstracts)
tuber (1 Abstract)
tubers (1 Abstract)
underground storage organs (2 Abstracts)
Xylopodia (1 Abstract)

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