The scientist’s investigation covers issues in Botany, Ecology, Taxon, Fungi imperfecti and Hypha. His work on Microfungi as part of general Botany study is frequently connected to Dark septate endophyte, therefore bridging the gap between diverse disciplines of science and establishing a new relationship between them. Randolph S. Currah combines subjects such as Decomposition and Tannic acid with his study of Microfungi.
Many of his research projects under Ecology are closely connected to Tephrocybe palustris and Commensalism with Tephrocybe palustris and Commensalism, tying the diverse disciplines of science together. His work in Fungi imperfecti tackles topics such as Endophyte which are related to areas like Spacer DNA. His Hypha study combines topics in areas such as Fusarium, Verticillium wilt, Penicillium, Mycelium and Trichoderma.
Randolph S. Currah mainly investigates Botany, Ecology, Hypha, Ascocarp and Conidium. His Sphagnum fuscum research extends to Botany, which is thematically connected. His Hypha research integrates issues from Cell wall and Septate.
His Ascocarp research incorporates elements of Ascospore and Myxotrichaceae. The study incorporates disciplines such as Myxotrichum, Genus and Internal transcribed spacer in addition to Conidium. Randolph S. Currah interconnects Endophyte and Taxonomy in the investigation of issues within Fungi imperfecti.
The scientist’s investigation covers issues in Botany, Ascocarp, Fungus, Helotiales and Ascospore. His Botany study frequently links to adjacent areas such as Leotiomycetes. His Ascocarp research is multidisciplinary, incorporating elements of Gemma and Peridium.
His work carried out in the field of Fungus brings together such families of science as Moss, Funaria hygrometrica and Hypha. His research on Helotiales also deals with topics like
His primary areas of investigation include Botany, Computational biology, GenBank, Annotation and Fungus. His Botany research is mostly focused on the topic Polytrichum juniperinum. Randolph S. Currah has included themes like Chaetothyriomycetes, Hyphomycetes and Sphagnum fuscum in his Polytrichum juniperinum study.
His study in Bioinformatics extends to Computational biology with its themes. His research in Fungus intersects with topics in Bryophyte, Hypha, Funaria hygrometrica and Phoma. His Herpotrichiellaceae research incorporates elements of Endophyte, Leotiomycetes and Conidium.
H D Addy;M M Piercey;R S Currah
Thomas D. Bruns;Meredith Blackwell;Ivan Edwards;Andy F.S. Taylor
T M April;J M Foght;R S Currah
Analie A. Fernando;Randolph S. Currah
Marie L. DaveyM.L. Davey;Randolph S. CurrahR.S. Currah
Ben A. Lepage;Randolph S. Currah;Ruth A. Stockey;Gar W. Rothwell
R. S. Currah;L. Sigler;S. Hambleton
Kazuhiko Narisawa;Hitoshi Kawamata;Randolph S. Currah;Teruyoshi Hashiba
Unknown
Markus N. Thormann;Randolph S. Currah;Suzanne E. Bayley
M. I. Bidartondo;Thomas D. Bruns;Meredith Blackwell;Ivan Edwards
Sarah Hambleton;Randolph S. Currah
Markus N. Thormann;Suzanne E. Bayley;Randolph S. Currah
Heather D. Addy;Sarah Hambleton;Randolph S. Currah
Markus N Thormann;Randolph S Currah;Suzanne E Bayley
Trevor C Lumley;L Dennis Gignac;Randolph S Currah
Markus N. Thormann;Randolph S. Currah;Suzanne E. Bayley
Sarah Hambleton;Keith N. Egger;Randolph S. Currah
Unknown
Selena Y. Smith;Randolph S. Currah;Ruth A. Stockey
T M April;S P Abbott;J M Foght;R S Currah
Markus N Thormann;Suzanne E Bayley;Randolph S Currah
R. S. Currah;S. Hambleton;A. Smreciu
R.S. Currah;L.W. Zettler;T.M. McInnis
Adrianne V. Rice;Randolph S. Currah
A Tsuneda;M N Thormann;R S Currah
B J Wilson;H D Addy;A Tsuneda;S Hambleton
M.D. Greif;R.S. Currah
J.E.M. Mordue;R.S. Currah;P.D. Bridge
R.S. Currah;R. Sherburne
G. Kernaghan;R. S. Currah;R. J. Bayer
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