Frugivore Products
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New "Paperback".
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Dry Lory Powder eliminates the need to feed liquid nectar solutions (LNS) to your bird. When your bird eats Dry Lory Powder it eliminates the high moisture environments caused by LNS that spread bacteria and disease. Dry Lory Powder is nutrionally complete and allows your pet to mimic its natural feeding behavior in the wild. Mix with your pet bird's fruits and vegetables and watch how well it is consumed. Benefits: A safe and economical dry food for Lories. Available in both a small pellet and a dry powder that can be used in a wide variety of feeding protocols for lories, lorikeets, hanging parrots, and other frugivore birds. Nutritionally similar to foods consumed in the wild, which helps avoid captive starvation. Allows birds with specialized eating structures to mimic feeding behaviors used in the wild. Eliminates the need for Liquid Nectar Soltuons (LNS) that leave too much moisture in the cage and cause the spread of undesirable bacteria. New o...
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Summarizes research from the tropical forest on Barro Colorado Island, Panama, with sections on the physical and biotic settings, frugivores, insects and their predators, litter arthropods and their predators, and long-term changes. First published in 1982, this edition contains an afterword summarizing findings of the last 15 years in areas such as plant physiology, the dynamics and diversity of the tropical forest, and the ecological implications of mutualism. No index. Annotation c. by Book News, Inc., Portland, Or.
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High Quality Content by wikipedia articles! Alors que les mammif Ares subissent une radiation Avolutive d As le d Abut de l'Are tertiaire : de nombreuses esp Aces diff Arentes apparaissent et occupent des milieux vari As : les airs, les milieux aquatiques... Il se produit l'apparition des mammif Ares arboricoles : les primates. Parmi eux, un grand nombre sont frugivores et c'est d'ailleurs parall Alement A l'acquisition de ce r Agime frugivore que devient possible la vision en couleur, pour le rep Arage des fruits m Ars (les chiens ou les ruminants ont une perception des couleurs bien inf Arieure). Parmi eux les singes (simiens) puis les grands singes, se seraient diversifi As, ces derniers n'ayant pas de queue pr Ahensiles. L'Am Arique du Sud eut une position insulaire durant presque toute l'Are tertiaire. Une faune unique s'y d Aveloppa pendant plusieurs dizaines de millions d'ann Aes.
@ Zazzle
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Golden-headed lion tamarin The golden-headed lion tamarin is a small, squirrel-sized monkey, about 26 cm long with a 35 cm tail and long golden lion-like mane. It is predominantly black with golden fur to the front of the mane, the lower half of the front paws and part of the tail. The face, hands and feet remain bare. The feet have sharp claws (most other primates have nails) that are useful for gripping and climbing branches and also for grabbing their insect meals. Country: Brazil Continent: South America Diet: Insects - insectivore, fruit - frugivore, small lizards. Food & feeding: Omnivore Habitats: Tropical Rainforest Conservation status: Endangered
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In recent years there has been an unprecedented expansion of knowledge about anthocyanins pigments. Indeed, the molecular genetic control of anthocyanins biosynthesis is now one of the best understood of all secondary metabolic pathways. There have also been substantial improvements in analytical technology that have led to the discovery of novel anthocyanin compounds. Armed with this knowledge and the tools for genetic engineering, plant breeders are now introducing vibrant new colors into horticultural crops.The food industry has also benefited from the resurgence of interest in anthocyanins. A greater understanding of the chemistry of these pigments has led to improved methods for stabilizing the color of anthocyanins extracts, so that they are more useful as food colorings. Methods for the bulk production of anthocyanins from cell cultures have been optimized for this purpose.Possibl e benefits to human health from the ingestion of anthocyanin-ric h foods have also been a major feature of the recent scientific literature. Anthocyanins are remarkably potent antioxidants, and their ingestion has been postulated to stave off the effects of oxidative stress. These pigments, especially in conjunction with other flavonoids, have been associated with reductions in the incidence and severity of many other non-infectious diseases, including diabetes, cardiovascular disease and certain cancers. An industry is developing around anthocyanins as nutritional supplements.Fin ally, there has been significant progress in our understanding of the benefits of anthocyanins to plants themselves. Originally considered an extravagance without a purpose, anthocyanins are now implicated in multifarious vital functions. These include the attraction of pollinators and frugivores, aposematic defense from herbivores, and protection from environmental stressors such as strong light, UVB, drought, and free radical attacks. Anthocyanins are evidently highly versatile, and enormously useful to plants.This book covers all aspects of the biosynthesis and function of anthocyanins (and related compounds such as proanthocyanidi ns) in plants, and their applications in agriculture, food products, and human health. Featured areas include their relevance to:* Plant stress* Flower and fruit color* Human health* Wine quality and health attributes* Food colorants and ingredients* Cell culture production systems* The pastoral sector
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In recent years there has been an unprecedented expansion of knowledge about anthocyanins pigments. Indeed, the molecular genetic control of anthocyanins biosynthesis is now one of the best understood of all secondary metabolic pathways. There have also been substantial improvements in analytical technology that have led to the discovery of novel anthocyanin compounds. Armed with this knowledge and the tools for genetic engineering, plant breeders are now introducing vibrant new colors into horticultural crops.The food industry has also benefited from the resurgence of interest in anthocyanins. A greater understanding of the chemistry of these pigments has led to improved methods for stabilizing the color of anthocyanins extracts, so that they are more useful as food colorings. Methods for the bulk production of anthocyanins from cell cultures have been optimized for this purpose.Possibl e benefits to human health from the ingestion of anthocyanin-ric h foods have also been a major feature of the recent scientific literature. Anthocyanins are remarkably potent antioxidants, and their ingestion has been postulated to stave off the effects of oxidative stress. These pigments, especially in conjunction with other flavonoids, have been associated with reductions in the incidence and severity of many other non-infectious diseases, including diabetes, cardiovascular disease and certain cancers. An industry is developing around anthocyanins as nutritional supplements.Fin ally, there has been significant progress in our understanding of the benefits of anthocyanins to plants themselves. Originally considered an extravagance without a purpose, anthocyanins are now implicated in multifarious vital functions. These include the attraction of pollinators and frugivores, aposematic defense from herbivores, and protection from environmental stressors such as strong light, UVB, drought, and free radical attacks. Anthocyanins are evidently highly versatile, and enormously useful to plants.This book covers all aspects of the biosynthesis and function of anthocyanins (and related compounds such as proanthocyanidi ns) in plants, and their applications in agriculture, food products, and human health. Featured areas include their relevance to:* Plant stress* Flower and fruit color* Human health* Wine quality and health attributes* Food colorants and ingredients* Cell culture production systems* The pastoral sector
@ Forced Exposure
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Double vinyl version, the first release on Burger's Eat Raw label, from 1993.
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Contributed volume that presents both recent advances and reviews of current knowledge in the study of seed dispersal. Contents: *Frugivores and frugivory: Introduction by AJ Dennis *Seed and seedling shadows: Introduction by DA Westcott *Seed fate and establishment: Introduction by EW Schupp *Management implications: Introduction by R Green
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The New World leaf-nosed bats are found throughout Central and South America, from Mexico to northern Argentina. They are ecologically the most varied and diverse family within the order Chiroptera. Most species are insectivorous, but the phyllostomid bats include within their number true predatory species as well as frugivores.
@ Zazzle
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The golden-headed lion tamarin is a small, squirrel-sized monkey, about 26 cm long with a 35 cm tail and long golden lion-like mane. It is predominantly black with golden fur to the front of the mane, the lower half of the front paws and part of the tail. The face, hands and feet remain bare. The feet have sharp claws (most other primates have nails) that are useful for gripping and climbing branches and also for grabbing their insect meals. Country: Brazil Continent: South America Diet: Insects - insectivore, fruit - frugivore, small lizards. Food & feeding: Omnivore Habitats: Tropical Rainforest Conservation status: Endangered
@ Barnes & Noble
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This book is the second major volume dealing with the fruit/seed/frug ivore mutualism, which is an ecological interaction of profound importance in many habitats around the world. This mutualism is particularly well-developed in the tropics, where a majority of trees and shrubs depend on animals for their seed dispersal. Detailed studies of this interaction have only recently begun, and the field is in its infancy. Yet these studies are extremely important for an understanding of how complex ecosystems evolve, how they function, and how they must be managed to preserve their structure and function. Chapters in this book are written by many of the major researchers in the field and deal with the frugivory mutualism from both theoretical and applied perspectives. The book is rich in new details about fruits and frugivores stemming from a variety of observational and experimental approaches. It also contains examples of new empirical and theoretical approaches to studying the fruit-frugivore mutualism. Finally, it contains important new perspectives on the conservation implications of this mutualism. Because of its breadth and depth, this book is a valuable source of information for advanced as well as beginning students in ecology, evolution and conservation.
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Throughout the tropics, mammalian seed dispersers are being hunted to local extinction, generating concern not only about the loss of these species, but also about the consequences for plants they disperse. In this dissertation, I compare two rainforest sites in Cameroon---one with heavy hunting pressure and one protected from hunting---to appraise the loss of mammalian seed dispersers and to assess the impact of this loss on (1) hornbills in genera Ceratogymna and Bycanistes (which compete with mammals for fruits), and (2) Antrocaryon klaineanum (Anacardiaceae) , a tree which relies on mammals for seed dispersal.;Surv eys of arboreal frugivores indicate that three of the five monkey species, as well as chimpanzee and gorilla, have been extirpated from the hunted forest. However, hornbills seem to be thriving, with higher diversity, relative abundance, and diet species richness than in protected forest. I found evidence that they consume fruits of 50 species of tree and liana, disperse 26 species to their nest sites, and seedling plot surveys at nests confirmed that hornbill activity influences seedling composition in both protected and disturbed forests.;Althou gh hornbill-diet species are receiving dispersal services, mammal-disperse d species (such as A. klaineanum) may be in peril. Diaspore counts underneath A. klaineanum adults indicate that seed removal is severely reduced in the hunted forest. Furthermore, genetic exclusion analysis of maternally-inhe rited endocarp tissue from diaspores collected under the canopies revealed that seed dispersal in the hunted forest is also greatly reduced. Far fewer seeds had an origin other than the putative "mother" above in the hunted than the protected forest (2% vs 48%) and far fewer seeds were dispersed away from conspecific canopies (4% vs. 88%). This results in an effective genetic neighborhood (Ne) that 55% smaller in the hunted forest (3.49 vs. 7.83) and an effective neighborhood area that is less than one-sixth that in the protected forest (0.42 vs 3.09 km2).;This study provides strong evidence that loss of dispersal agents can lead to reduced seed dispersal and drastically reduced genetic neighborhoods, disrupting the dispersal loop and creating an acute risk of loss of genetic variability.
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The green plant cover of highly populous Bangladesh is degrading rapidly. Lack of knowledge on flowering and fruiting seasons of plants is partly responsible for this situation. Fruit-eating birds, the agents for seed dispersal and germination, are also important. In this study, the fruiting season, fruit color spectra, avian frugivore diversity, avian frugivores relationship with fruit size, foraging and fruit handling techniques were documented. Both the fruiting season and Fruit-eating birds in a mixed evergreen forest of Bangladesh were focused to understand the contribution of these biological agents in a ecosystem.
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The infraorbital nerve (ION) transmits sensory information from mechanoreceptor s of the upper lip and vibrissae (whiskers) to the brain via the infraorbital foramen (IOF). Vibrissae are special sensory hairs used by mammals to explore their surroundings. Researchers have used the size of the IOF to infer vibrissa count, which in turn has been incorporated into phylogenetic and ecological interpretations of fossil taxa. However, these interpretations are based on untested assumptions linking IOF size, ION size, vibrissae, and ecology. The purpose of this dissertation is to determine the functional significance of IOF size and to apply the results to the fossil record.;It is hypothesized that ecological differences among mammals affects maxillary mechanoreceptiv ity (touch sensitivity of the rostrum), and that IOF area may be used as a measure of maxillary mechanoreceptiv ity. Three questions are posed to appraise this hypothesis: (1) Does IOF area correlate with ION area and vibrissa count? (2) How do the IOFs of primates differ from those of other mammals? (3) How do diet, substrate preference, and activity pattern affect IOF size? IOF area, ION area, and vibrissa count were collected from cadaver of extant mammals as well as museum osteological specimens. Results indicate that: (1) IOF and ION areas show a strong positive correlation. Based on this finding, it is hypothesized that IOF area may be a good measure of maxillary mechanoreceptio n. (2) Vibrissae count significantly correlates with IOF area. (3) Euarchontans have relatively smaller IOFs than most other mammals. (4) The IOFs of primates co-vary with diet, where frugivores have relatively larger IOFs than both insectivores and folivores.;Infr aorbital foramen areas of 14 adapoid, six omomyoid, and 15 plesiadapiform species were measured. Two questions were addressed: (1) Do the sampled fossils share a similar reduction in IOF area to extant primates? (2) Do extinct frugivores have larger IOFs than insectivores and folivores? Results show that, adapoids and omomyoids have relatively small IOFs similar to euarchontans, but plesiadapiforms retain larger IOFs, comparable to most non-euarchontan mammals. Dietary analyses indicate that both frugivorous adapoids and omomyoids have larger IOFs than both insectivorous and folivorous species.
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In this book we undertake one of the first global-scale comparisons of the relationships between tropical plants and frugivorous animal communities, comparing sites within and across continents. In total, 12 primary contributors, including noted plant and animal ecologists, present newly-analyzed long-term datasets on the floristics and phenological rhythms of their study sites, identifying important seed dispersers and key plant taxa that sustain animal communities in Africa, Madagascar, Australasia, and the Neotropics.
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Basic American Apparel T-Shirt Humans are naturally (anatomically and physiologically ) herbivorous. But, we are indoctrinated within a dominator culture that includes domination of other animals, nature and each other. We learn to 'not see' the consciousness that surrounds us, and walk blindly most of our lives through the horror that our species has wrought for all lives upon this planet.
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Published/copyr ight on or close to: 2002. Used. Best part of pages unmarred. Item label: Seed Dispersal and Frugivory: Ecology, Evolution, and Conservation by International Symposium-Works hop on Frugivores and Seed Dispersal 2000 and Sao Paulo & Brazil) International Symposium-Works hop on Frugivores and Seed Dispersal (3rd : 2000 : Sao Pedro. ISBN: 9780851995250. Could have a few markings. Appearance: 3 of 5 stars. Not any lacking pages. Nice or favorable+
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Fruit color and contrast are important display traits that influence frugivory and seed dispersal. Asynchronous ripening and the presences of unripe fruits in mixed displays can also influence frugivory and seed dispersal. We tested for effects of ripening synchrony in pokeweed (Phytolacca americana) by studying fruit removal on plants with varying levels of synchrony. Over the course of our experiment, there was a strong, but non-significant trend for bushes with both ripe and unripe fruits to receive more fruit removal than bushes that were fully ripe. There was also a trend for frugivory to be positively correlated with the proportion of ripe fruit on the bush during the middle and end of the fall fruiting season, but not the beginning We hypothesize that the presence of unripe fruits on a bush signal the freshness of the fruits that are ripe, and that birds prefer to forage on bushes with freshly ripe fruits. However, the presence of unripe fruits could decrease foraging efficiency, making plants with a large proportion of ripe fruits more attractive to frugivores than plants with a smaller proportion of ripe fruit. In addition to the expected avian frugivory, our pokeweed plants also experienced a great deal of white-tailed deer frugivory, leading to questions about the role deer play in seed dispersal and plant reproduction for pokeweed.
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Purchase includes free access to book updates online and a free trial membership in the publisher's book club where you can select from more than a million books without charge. Chapters: Microbat, Bats of the Caribbean, Bats Discovered in the 2000s, Bat Species Identification, Bat Detector, White Nose Syndrome, Kitti's Hog-Nosed Bat, Flying Primates Theory, Bat Bomb, Nycteridae, Free-Tailed Bat, Horseshoe Bat, New Zealand Lesser Short-Tailed Bat, Yinpterochiropt era, Megadermatidae, List of Bats of Borneo, Yangochiroptera , Mystacinidae, Bat Bridge, Rhinopomatidae, Mormoopidae, New Zealand Greater Short-Tailed Bat, European Bat Night, Fear of Bats, Thyropteridae, Furipteridae, Bat World Sanctuary, Mucuna Holtonii, Natalidae, Bat Conservation International, Interfemoral Membrane. Excerpt: See article Bats are flying mammals in the order Chiroptera (pronounced ). The forelimbs of bats are webbed and developed as wings, making them the only mammals naturally capable of true and sustained flight. By contrast, other mammals said to fly, such as flying squirrels, gliding possums and colugos, glide rather than fly, and only for short distances. Bats do not flap their entire forelimbs, as birds do, but instead flap their spread out digits, which are very long and covered with a thin membrane or patagium. Chiroptera comes from two Greek words, cheir () "hand" and pteron () "wing." There are about 1100 bat species worldwide, which represent about twenty percent of all classified mammal species. About seventy percent of bats are insectivores. Most of the rest are frugivores, or fruit eaters. A few species feed from animals other than insects. Bats are present throughout most of the world and perform vital ecological roles such as pollinating flowers and dispersing fruit seeds. Many tropical plants depend entirely on bats for the distribution of their seeds. Bats range in size from Kitti's Hog-nosed Bat measuring 2933 mm (1.141.30 in) ... More:
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Wed Jun 29 10:45:56 2011