A. Jonathan Shaw, Bernard Goffinet
Cambridge University Press, Aug 31, 2000 - Science - 476 pages
Bryophyte Biology provides a comprehensive yet succinct overview of the morphology, systematics, ecology, and evolution of hornworts, liverworts, and mosses. A distinguished set of contributors provide state-of-the-art summaries of the most recent advances in bryology, with rich citation of the current literature. Revised classifications for the liverworts and mosses are presented that depart significantly from previous arrangements. These novel classifications reflect the results of recent phylogenetic analyses and include exhaustive lists of accepted genera with their familial placements. Accessible and well-illustrated overviews of morphology are provided for each group, with subsequent contributions focusing on current areas of active research, including developmental biology, molecular genetics, ecology, and microevolution. In addition to reviews of the most current literature, the chapters provide abundant reference to classical studies in bryology that will help those new to the topic to develop an historical perspective within which recent developments can be viewed.
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acid alar cells analysis apical archegonia Asakawa auxin Bates Biology bogs boreal branched Brid Broth Bruch & Schimp Bryologist Bryology bryophytes calcium calyptrae capsule carbon cations cell walls compounds costa cytokinin decomposition desiccation differentiated diversity Duckett Dumort Ecology ecosystems embryophytes endostome epiphytic etal evolution exostome teeth Fleisch forest Funaria Funaria hygrometrica gametophore gametophyte gene genera genetic genome Grolle growth habitats Hattori Botanical Laboratory Hedw hornworts hygrometrica Journal of Botany Journal of Bryology laminal cells land plants layer Ligrone Lindb liverworts Mishler molecular monopodially morphological mosses Mull nitrogen nutrient Oechel oil bodies patens patterns peat peatlands peristome photosynthesis phylogenetic phylogeny Physcomitrella Physcomitrella patens Physiology phytes Phytochemistry phytochrome plastid pollution poor fens populations protonema R. M. Schust Renzaglia rhizoids rich fens Schiffn Schuster sequence seta Shaw soil species Sphagnum spores sporophyte Spruce stems studies SUBORDER surface taxa thalloid thallus tion tissue typically vascular plants Vitt