A review of current knowledge of early fern evolution is presented including new data on age, morphology and anatomy with two diagrams summarising the early diversification of cauline and foliar anatomy and of the reproductive structures. The relationships and even the attribution of some Devonian taxa to the ferns is questioned whilst most of the Carboniferous coenopterids are considered indisputable ferns, some of them being related to modern filicaleans. The discovery, in the Lower Carboniferous of Scotland, of diverse annulate filicalean sporangia suggests an earlier (Tournaisian) radiation of true ferns than was previously assumed
Evolutionary changes in the structure of leaves have had far-reaching effects on the anatomy and phy...
ferns, sphenopsids, seed plants), corresponding roughly to traditional Linnean classes, originated i...
Recently discovered Silurian and Devonian coalified mesofossils provide an additional source of data...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of the distribution of Palaeozoic ferns and fern-like plants is presen...
Background and Aims With the exception of angiosperms, the main euphyllophyte lineages (i. e. ferns ...
Background and Aims With the exception of angiosperms, the main euphyllophyte lineages (i. e. ferns ...
Ferns or fern-like plants have been important elements of terrestrial vegetation since the Late Devo...
International audienceThe anachoropterid ferns, previously assigned to the family Anachoropteridacea...
The phylogenetic structure of ferns (= monilophytes) is explored here, with a special focus on the e...
The anachoropterid ferns, previously assigned to the family Anachoropteridaceae, are a group of anat...
Evolutionary changes in the structure of leaves have had far-reaching effects on the anatomy and phy...
ferns, sphenopsids, seed plants), corresponding roughly to traditional Linnean classes, originated i...
Recently discovered Silurian and Devonian coalified mesofossils provide an additional source of data...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of early fern evolution is presented including new data on age, morpho...
A review of current knowledge of the distribution of Palaeozoic ferns and fern-like plants is presen...
Background and Aims With the exception of angiosperms, the main euphyllophyte lineages (i. e. ferns ...
Background and Aims With the exception of angiosperms, the main euphyllophyte lineages (i. e. ferns ...
Ferns or fern-like plants have been important elements of terrestrial vegetation since the Late Devo...
International audienceThe anachoropterid ferns, previously assigned to the family Anachoropteridacea...
The phylogenetic structure of ferns (= monilophytes) is explored here, with a special focus on the e...
The anachoropterid ferns, previously assigned to the family Anachoropteridaceae, are a group of anat...
Evolutionary changes in the structure of leaves have had far-reaching effects on the anatomy and phy...
ferns, sphenopsids, seed plants), corresponding roughly to traditional Linnean classes, originated i...
Recently discovered Silurian and Devonian coalified mesofossils provide an additional source of data...