Grana · 1997 · 16 citations · 15 references
Life SciencesBotanyPlant SciencesBryologyMycologyPlant MorphologyBryophyte MorphologyBryophyte SystematicsBryophyte TaxonomySpore BiologySpore MorphologySpore Wall StructureMoss MorphologyMoss UltrastructureSpore TaxonomySpore Ultrastructural TaxonomySpore UltrastructureSpore Wall MorphologySpore Wall UltrastructureUltrastructural Spore Morphology
The spores of six species, namely Grimmia decipiens, G. elatior, G. funalis, G. orbicularis, G. pulvinata and G. trichophylla were studied by means of TEM, SEM and LM. TEM is here used for the first time on spores of this genus. Ultrastructural spore features allowed a clear characterisation of all six species. In addition, we observed the ultrastructure of the spore wall to be different from the typical Bryopsida type, with a multilaminar structure of the exine, not previously reported in mosses. The possible evolutionary, ecological and taxonomical significance of the spore features are discussed.
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The Journal of the Hattori Botanical Laboratory
Leo Francis Koch · The Bryologist · 1955 · 994 citations
Life Sciences, Biology, Botany +3
D. C. Bharadwaj · Marine Geology · 1971 · 391 citations
The Evolutionary Significance of the Exine.
Robert Ornduff, I. K. Ferguson, Jan‐Peter Müller · Systematic Botany · 1976 · 202 citations
Pollen and spore morphology/plant taxonomy
G. Erdtman · 1957 · 158 citations