Renee Borges
Indian Institute of Science, Centre for Ecological Sciences, Faculty Member
- Conservation biology especially: Pollination in low density populations, History and philosophy of science especially: Ethics and evolution, Behavioural Ecology and Plant animal Interactions Especially: Ant plant Interactions, Fig Biology, Evolution of Sexual Displays In Plants, Phytochemicals and Their Role In Food Selection by Arboreal Mammalian Herbivores, and Ant mimicking Spidersedit
This is a simply written account of some of the most complex and fascinating mysteries ever to have confronted mankind. How did life on earth originate? How did we come to inhabit the planet in the company of such a bewildering array of... more
This is a simply written account of some of the most complex and fascinating mysteries ever to have confronted mankind. How did life on earth originate? How did we come to inhabit the planet in the company of such a bewildering array of plant and animals? Why did the dinosaurs grow so large? How are new species formed?
... site was dominated by Termina-lia tomentosa (Combretaceae), T. paniculata, Apo-rosa lindleyana (Euphorbiaceae ... diet during fruit abundances >10%) were Holigarna arnottiana (Anacardiaceae) (23.8%), Aporosa lindleyana (20.5... more
... site was dominated by Termina-lia tomentosa (Combretaceae), T. paniculata, Apo-rosa lindleyana (Euphorbiaceae ... diet during fruit abundances >10%) were Holigarna arnottiana (Anacardiaceae) (23.8%), Aporosa lindleyana (20.5 ... 9, A = 10, M = 10, J= 10, J = 10, A = 5, S = ...
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Research Interests: Pollination, Forest Fragmentation, Biological Sciences, Population structure, Seasonality, and 18 moreDispersion, Environmental Sciences, Behaviour, Western Ghats, Biological Conservation, Sex ratio, Forests, Reproductive Success, Pollinators, Spatial Distribution, Cloud forests, Fruit Set, Human Activity, Fecundity, Sex Ratios, Nearest Neighbour, Cloud Forest, and Diameter
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Research Interests: Pain, Biological Sciences, Humans, Animals, Biosciences, and 5 moreTaste, Capsaicin, Seeds, Capsicum, and Nociceptors
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Research Interests: Genetics, Polymorphism, Seed Dispersal, Genetic Diversity, India, and 16 moreBiological Sciences, Phylogeny, Ants, Western Ghats, Genetic Structure, Animals, Biosciences, Spatial Scale, Boric Acid, Fabaceae, Genetic variation, High Density Concrete, Indexation, Diversity index, Genetic Markers, and Genotypic diversity
Research Interests: Monte Carlo Simulation, Theoretical biology, Animal Movement, Biological Sciences, Markov-chain model, and 15 moreForaging Theory, Markov chains, Walking, Random Walk, Mathematical Sciences, Case Study, Animals, Feeding Behavior, Home Range, Absorbing Markov Chain, Homing Behavior, Markov chain, Predatory Behavior, Optimal Foraging, and Forest Canopy
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Page 1. Clipboard Of pungency, pain, and naked mole rats: chili peppers revisited Capsaicinoids are unique to the chili pepper genus Capsicum within the plant family Solanaceae. The family is also known for species that produce ...
Research Interests: Pain, Bolivia, Biological Sciences, Fusarium, Animals, and 8 moreBiosciences, Capsaicin, Ecosystem, Seeds, Capsicum, Mole-Rats, Nociceptors, and Mycoses
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Page 70. The Anatomy of Ignorance or Ecology in a Fragmented Landscape: Do We Know What Really Counts? RENEE M. BORGES Most natural landscapes are fragmented and the extent of frag-mentation varies with global location and landscape type.... more
Page 70. The Anatomy of Ignorance or Ecology in a Fragmented Landscape: Do We Know What Really Counts? RENEE M. BORGES Most natural landscapes are fragmented and the extent of frag-mentation varies with global location and landscape type. ...
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Research Interests: Symbiosis, Fungi, Biological Sciences, Ants, Humans, and 3 moreAnimals, Biosciences, and Biological evolution
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A decade ago, climate change was neither a buzz word nor a cause for concern. Today, it is an important focus of research. As our understanding of ecological processes deepens, those processes that superficially appear to be far removed... more
A decade ago, climate change was neither a buzz word nor a cause for concern. Today, it is an important focus of research. As our understanding of ecological processes deepens, those processes that superficially appear to be far removed from vertebrate–plant interactions may actually have considerable impact through direct or indirect effects. This talk will detail the various ways in which contemporary climate change could affect interactions between plants and vertebrates. Since plant-animal interactions are an order removed from the impact of climate change on plants and animals taken singly, it is necessary to document first-order and then higher-order effects if any predications need to be made about the future of plant-animal interactions under such changing scenarios. First-order effects depend on the spectrum of variability in past climates that plants and animals have been exposed to and thus on the ghost of adaptation past. Higher-order effects will therefore be built from combined adaptabilities. This talk will attempt to connect the impact of climate change on phytosociology, physiognomy, physiology, and plant chemistry and to link these effects to the processes of herbivory, pollination, seed dispersal, and seedling establishment, and thereby to the future of such interactions. This presentation will span examples from specialised to more generalized systems and also attempt a community approach.