Results 181 to 190 of about 1,634 (194)

The evolution of phytotelmata-breeding anurans

2010
Im Laufe der Evolution entwickelten sich bei Amphibien viele verschiedene Formen der Reproduktion. Daher sind sie lohnende Forschungsobjekte für die Untersuchung der Evolution von Fortpflanzungsverhalten. Eine besondere Form der Fortpflanzung bei Fröschen ist die Ablage der Nachkommen, Eier oder Kaulquappen in Phytotelmata.
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Phytotelmata: Biota and Community Structure Determination in Plant-Held Waters

Annual Review of Ecology and Systematics, 1971
Phytotelmata (Greek phyton + telm = plant + pond) are small bodies of water held by leaves or flowers of plants or in tree holes. Communities containing algae, protozoa, insect larvae, and other aquatic organisms are found in pitcher plant leaves, in leaf axils of the bull rush, Scirpus, and the teasel, Dipsacus, and also in tree holes in temperate ...
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Some Scirtidae (Coleoptera) from Palawan (the Philippines), mainly from phytotelmata

Aquatic Insects, 2011
Larvae collected in phytotelmata on Palawan, the Philippines, were bred and yielded three new species of genus Exochomoscirtes which are described. Exochomoscirtes pupae are described for the first time, and supplementary descriptions of larvae and females and some biological notes are provided. Scirtes (Curtoscirtes ?) brunneus sp. n.
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Biodiversity of mosquitoes (Diptera: Culicidae) in phytotelmata from Car Nicobar Island, India

Bulletin of Entomological Research
AbstractThe Culicidae mosquito family breeds in various natural and artificial water bodies. Phytotelmata are plant structures that hold water and are used by many mosquito species during their life cycle. Mosquitoes are disease vectors, and phytotelmata play an important role in harbouring them.
I. P. Sunish, Addepalli Prem Kumar, Kannan Thiruvengadam, A. N. Shriram   +3 more
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Metacommunity species delimitation and population genetics in tropical tank bromeliad phytotelmata

2020
Studying whole communities and ecosystems is seldom performed which makesempirical studies in community and ecosystem ecology difficult to execute. An ecosystem that is often utilized though is the individual ecosystems contained in tank bromeliad phytotelmata that are comprised of mostly larval invertebrates and insects.
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Phytotelmata

2008
J. Howard Frank, J. Howard Frank, Michael C. Thomas, Allan A. Yousten, F. William Howard, Robin M. Giblin-davis, John B. Heppner, Robert L. Zuparko, Norma E. Sánchez, María G. Luna, Marta Goula, John B. Heppner, Andrey N. Alekseev, Rosalind R. James, John L. Capinera, Phyllis G. Weintraub, David Horton, J. Howard Frank, Kenneth W. Mccravy, David G. Riley, David C. Marshall, Cyrus Abivardi, Marjorie A. Hoy, Efat M. Abou-fakhr hammad, Jason G. Froeba, David Legg, Heather J. Mc Auslane, Qiao Wang, Cyrus Abivardi, Seth Bybee, Menachem J. Berlinger, Sarah Lebiush-mordechi, Harold A. Denmark, J. Howard Frank, Whitney Cranshaw, John L. Capinera, John B. Heppner, Chris Asaro, Erik Christiansen, William J. Roltsch, Dale E. Meyerdirk, Lewis B. Coons, Marjorie Rothschild, Minos E. Tzanakakis, Pauline O. Lawrence, Alfred G. Wheeler, Thomas J. Henry, Russell F. Mizell, Partricia A. Mizell, John B. Heppner, Lois B. O’ brien, Menachem J. Berlinger, Anthony Rossi, Wayne B. Hunter, Charles Vincent, Gérald Chouinard, Tracy Leskey, Deborah L. Matthews, Peter G. Kevan, Antonio Felicioli, Mauro Pinzauti, Olle Pellmyr, John T. Trumble, Danel B. Vickerman, Cyrus Abivardi, Robert McSorley, K. K. Verma, John L. Capinera, Peter H. Adler, Igor Uspensky, Donald W. Hall, John L. Capinera, Juan M. Alvarez, John L. Capinera, Eugene J. Gerberg, Lawrence E. Hurd, Lawrence E. Hurd, Patrick De Clercq, John B. Heppner, J. Howard Frank, Lawrence I. Gilbert, Robert Rybczynski, Christopher Tipping, James H. Tsai, Philip Weinstein, David Slaney, Peter H. Adler, Zeyaur R. Khan, John A. Pickett, John B. Heppner, Cyrus Abivardi, Katie Goodman, Kenneth W. McCravy, Andrei Sourakov   +93 more
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Phytotelmata. Aquatische Lebensräume in den Baumkronen tropischer Wälder

Biologie in unserer Zeit, 1994
Wolfgang Janetzky, Ekkehard Vareschi
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Phytotelmata: Terrestrial Plants as Hosts for Aquatic Insect Communities

The Journal of Animal Ecology, 1984
B. J. Finlay, J. H. Frank, L. P. Lounibos   +2 more
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Phytotelmata and other extreme habitats of dragonfly development: a review

ISpectrum Magazine, 2015
Typical biotopes inhabited by the dragonflies’ larvae are rivers, creeks, streams, lakes, ponds, bogs, as well as tanks in excavation pits. It turns out, however, that there are species of dragonflies resistant to severe environmental conditions, capable of living in very unusual habitats.
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Phytotelmata

2006
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