Areas of Activity#

Here you will find all fields of scholarship for this section.This page is created automatically.

A

  • Aboveground-belowground linkages Go to
  • Acoustic Abundance estimation of fish schools Go to
  • Adaptation Go to
  • adaptive evolution Go to
  • Aegean Sea Go to
  • Agent-based modelling of Pleistocene hominin populations Go to
  • Agricultural water management Go to
  • Agroecology Go to
  • Agro-ecology Go to
  • Analysis of microbial diversity-ecosystem functioning-ecosystem services relationships Go to
  • Anatomy/morphology of basal tracheophytes Go to
  • Animal and human vision (optics of the eyes and visual control of behaviour) Go to
  • Animal behavioural ecology Go to
  • Animal behaviour Go to
  • Animal ecology Go to
  • ANIMAL ECOLOGY Go to
  • Animal Ecology Go to
  • Animal energetics Go to
  • Animal Movement and Dispersal Go to
  • Animal movement ecology Go to
  • Animal movement ecology Go to
  • Annual periodicity Go to
  • Antibiotic resistance evolution Go to
  • Antibiotic resistance Go to
  • APPLIED EVOLUTION Go to
  • Applied evolution Go to
  • Applied fish behavior to understand and predict fish distribution and reaction Go to
  • APPLIED POPULATION BIOLOGY Go to
  • Aquatic biodiversity Go to
  • Arabidopsis Go to
  • Arbuscular mycorrhizal fungi as biofertilisers and bioprotectors Go to
  • Arctic Biology Go to
  • Astrobiology Go to
B
  • Bacterial and fungal microbiota in tomato and wheat Go to
  • Basic research related to conservation Go to
  • BEE HEALTH Go to
  • Bee health Go to
  • Behavioral ecology Go to
  • Behavioral ecology Go to
  • Behavioral ecology Go to
  • Behavioral mechanisms of navigation and communication in insects Go to
  • Behavioral physiology and ecology Go to
  • Behavior Go to
  • Behavioural and morphological diversity in sticklebacks Go to
  • Behavioural and population ecology with particular emphasis on the responses of individuals to changing environmental conditions Go to
  • BEHAVIOURAL ECOLOGY, EVOLUTIONARY BIOLOGY Go to
  • Behavioural ecology Go to
  • Behavioural ecology Go to
  • Behavioural ecology Go to
  • BEHAVIOURAL ECOLOGY Go to
  • Behavioural Ecology Go to
  • Behavioural ecology Go to
  • Behavioural ecology Go to
  • Behavioural ecology Go to
  • Behavioural ecology of birds Go to
  • BEHAVIOURAL & PHYSIOLOGICAL ECOLOGY Go to
  • Behavioural, population and molecular genetics Go to
  • Behaviour and aquaculture Go to
  • Behaviour Go to
  • Behaviour of humans and animals Go to
  • Benthic ecology Go to
  • Big Data analyses Go to
  • Biochemistry Go to
  • Biochemistry of DNA topoisomerases and DNA polymerases Go to
  • Biocomplexity Go to
  • Biodiversity and conservation Go to
  • Biodiversity and ecological Go to
  • Biodiversity and ecosystem processes Go to
  • Biodiversity conservation Go to
  • Biodiversity conservation Go to
  • Biodiversity Go to
  • Biodiversity Go to
  • Biodiversity Go to
  • Biodiversity Go to
  • Biodiversity Go to
  • Biodiversity Go to
  • Biodiversity informatics Go to
  • Biodiversity modelling Go to
  • Biodiversity theory: mathematical dimensions of models of species coexistence Go to
  • Bioethics Go to
  • Biogeochemistry Go to
  • Biogeography and ecology of terrestrial biota Go to
  • Biogeography Go to
  • Biogeography Go to
  • BIOGEOGRAPHY Go to
  • Biogeography Go to
  • Biogeography of hominins Go to
  • Biogeograpy Go to
  • Bio-inspired engineering Go to
  • Bio-inspired technology Go to
  • Biological invasions Go to
  • Biological oceanography Go to
  • BIOLOGICAL OCEANOGRAPHY Go to
  • Biological pest control Go to
  • Biological rhythms Go to
  • BIOLOGICAL SCIENCES Go to
  • Biology Go to
  • Biology Go to
  • Biology of capercaillie Go to
  • Biology of social insects Go to
  • Biomechanics, biomaterials Go to
  • Biometry Go to
  • Biomineralisation of marine invertebrates Go to
  • Biomining Go to
  • Bioremediation Go to
  • Biotelemetry and bio-logging technology for animal tracking Go to
  • Biotic stress networks Go to
  • Bivalve aquaculture Go to
  • Body size and the composition and structure of communities of vertebrates Go to
  • Botany Go to
  • Bryophyte/tracheophyte relations Go to
C
  • Cancer evolution Go to
  • Capercaillie biology and conservation Go to
  • Carbon cycle at ecosystem level Go to
  • Carbon partitioning and root growth under magnesium deficiency Go to
  • Cardiovascular control mechanisms in man and in other large mammals Go to
  • Carotenoid modulation of immune function and sexual attractiveness in birds Go to
  • Cell and molecular biology of regeneration Go to
  • Cellular and molecular interactions between plants and mycorrhizal fungi Go to
  • Chemical ecology Go to
  • Chemical Senses Go to
  • Climate and ecological dynamics in the Quaternary and their impact on hominin populations Go to
  • Climate Change and Ocean Acidification Go to
  • Climate change and polar ecosystems Go to
  • Climate change Go to
  • Climate change Go to
  • Communication Go to
  • Community assembly in islands Go to
  • Community ecology Go to
  • Community ecology Go to
  • Community ecology Go to
  • Community ecology Go to
  • Community Ecology Go to
  • Community ecology Go to
  • Community ecology Go to
  • Community phylogenetic Go to
  • Comparative and environmental physiology Go to
  • Comparative and evolutionary genomics Go to
  • Comparative genomics, evolution and phylogenomics of non-bilaterian animals Go to
  • Comparative genomics: fish-specific genome duplication, gene-and-genome duplications Go to
  • Comparative genomics Go to
  • Comparative genomics Go to
  • Comparative genomics, phylogenomics, molecular phylogeny Go to
  • Comparative Neurobiology Go to
  • COMPARATIVE PHYSIOLOGY, BIODIVERSITY Go to
  • COMPLEX SYSTEMS Go to
  • Computational biology Go to
  • Computational genomics Go to
  • Conservation and extensive mariculture Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation Biology Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation Biology Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation biology Go to
  • Conservation biology of marine fish Go to
  • CONSERVATION BIOLOGY, POPULATION GENETICS, EVOLUTIONARY BIOLOGY Go to
  • Conservation genetics Go to
  • Conservation genetics Go to
  • Conservation genetics Go to
  • Cooperation Go to
  • Coral reef microbiology Go to
  • Cork oak physiology Go to
  • Crop simulation models Go to
  • Crustacean Go to
  • Cultural evolution Go to
D
  • Deep-Sea Biodiversity and Ecology Go to
  • Deep sea echinoderm taxonomy and ecology Go to
  • Defence homeostasis Go to
  • Deficit irrigation Go to
  • Demography Go to
  • Depth vision by stereo, accommodation and motion parallax Go to
  • Developmental Biology and Evolution of Marine Invertebrates Go to
  • Disease control Go to
  • Distribution patterns at large spatial scales Go to
  • Diversity-disturbance relationship Go to
  • DNA‐analytical biosystematics and taxonomy of Rubiaceae Go to
  • DNA metabarcoding for biodiversity assessment Go to
  • Drosophila Go to
  • Dynamics biogeography of bird populations Go to
  • Dynamics of biodiversity Go to
E
  • Early ecosystems (Minimal ecosystems. Origen of eukaryosis. Kingdoms and Domains classification) Go to
  • Early evolution Go to
  • Early lichens/fungi Go to
  • Early life history: topology of the universal tree of life and nature of the Last Universal Common Ancestor. Go to
  • Early terrestrial ecosystems and environments Go to
  • Ecological genetics and epigenetics of flower yeasts Go to
  • ECOLOGICAL GENOMICS;GENETICS Go to
  • Ecological genomics Go to
  • Ecological memory Go to
  • Ecological modelling Go to
  • Ecological status assessment Go to
  • ECOLOGY AND BEHAVIOUR Go to
  • Ecology and Evolutionary Biology Go to
  • ECOLOGY AND EVOLUTION Go to
  • ECOLOGY Go to
  • Ecology Go to
  • Ecology Go to
  • Ecology Go to
  • Ecology Go to
  • Ecology Go to
  • Ecology Go to
  • ECOLOGY, OCEANOGRAPHY Go to
  • Ecology of fish breeding Go to
  • Ecology of marine phytoplancton Go to
  • Ecology of the conservation and management of populations Go to
  • Ecophysiology Go to
  • Ecosystem analysis Go to
  • Ecosystem and microbial ecology Go to
  • Ecosystem ecology Go to
  • Ecosystem Ecology Go to
  • Ecosystem ecology Go to
  • Ecosystem effects of fishing Go to
  • Ecosystem goods and services Go to
  • Ecosystem services Go to
  • Ecosystem services Go to
  • Effects of global change in aquatic ecosystems Go to
  • Effects of poor nutrition at early developmental stages on adult performance Go to
  • Elucidating the physiological responses of photosynthesis under the combined conditions of low temperature and high light Go to
  • Emergence of breeding coloniality Go to
  • Endobacteria in Arbuscular mycorrhizal fungi Go to
  • Energetics Go to
  • Energy balance in animals and humans Go to
  • Entomology Go to
  • Entomology Go to
  • ENVIRONMENTAL BIOLOGY Go to
  • Environmental ethics Go to
  • Environmental influence on fish behaviour Go to
  • Environmental management Go to
  • Environmental microbiology (Patterns of succession. PHA accumulation in anaerobic environments) Go to
  • Environmental risk assessment Go to
  • Environmental science/policy interface Go to
  • EPIDEMIOLOGY OF INFECTIOUS DISEASE Go to
  • Epigenetics Go to
  • Epistemology Go to
  • Error thresholds in cancer Go to
  • Ethics Go to
  • Eukaryotic microbiology Go to
  • Evo-devo: comparative work on cichlids, zebrafish, medaka Go to
  • Evolutionary biology Go to
  • Evolutionary biology Go to
  • EVOLUTIONARY BIOLOGY Go to
  • Evolutionary biology Go to
  • Evolutionary biology Go to
  • Evolutionary biology Go to
  • Evolutionary biology Go to
  • Evolutionary Biology Go to
  • Evolutionary biology Go to
  • Evolutionary biology Go to
  • Evolutionary developmental biology Go to
  • Evolutionary dynamics underlying species diversification Go to
  • Evolutionary ecology Go to
  • EVOLUTIONARY ECOLOGY Go to
  • Evolutionary Ecology Go to
  • Evolutionary ecology Go to
  • Evolutionary Ecology Go to
  • Evolutionary ecology Go to
  • Evolutionary ecology Go to
  • Evolutionary ecology of plant-animal interactions Go to
  • EVOLUTIONARY GENETICS Go to
  • Evolutionary genetics Go to
  • Evolutionary genetics Go to
  • Evolutionary medicine Go to
  • Evolutionary modeling Go to
  • Evolutionary Physiology Go to
  • Evolution Go to
  • Evolution Go to
  • Evolution Go to
  • EVOLUTION Go to
  • Evolution Go to
  • Evolution Go to
  • Evolution Go to
  • Evolution of behaviour Go to
  • Evolution of complex biological networks Go to
  • Evolution of cooperation Go to
  • Evolution of dispersal Go to
  • Evolution of mobile elements, viruses and plasmids Go to
  • Evolution of parental care Go to
  • Evolution of social behaviour Go to
  • EVOLUTION, SYSTEMS BIOLOGY Go to
  • Evolution (with focus on adaptation and phenotypic plasticity) Go to
  • Extinction Go to
  • Extracellular membrane vesicles and viral vesicles Go to
  • Extreme climatic events Go to
  • Extreme environments Go to
  • Eye design and evolution Go to
F
  • Farmland biodiversity Go to
  • Fenchel's Law Go to
  • Field biology Go to
  • Fish and fisheries ecology Go to
  • Fish behaviour Go to
  • Fish ecology Go to
  • Fisheries biology Go to
  • Fisheries ecology Go to
  • FISHERIES ECOLOGY Go to
  • Fisheries Go to
  • Fisheries-induced evolution Go to
  • Fisheries management Go to
  • Fisheries oceanography Go to
  • FISHERIES SCIENCE Go to
  • Fisheries Technology to improve fishing gear selectivity and efficiency Go to
  • Fish management (including the study of anthropogenic effects) Go to
  • Food security Go to
  • Food web ecology Go to
  • Food webs Go to
  • Forest ecology Go to
  • Forest ecology Go to
  • Freshwater biology Go to
  • Functional ecology Go to
  • Functional ecology - plant functional trait responses to environment and impacts on ecosystem functioning Go to
  • Functional evolution of ribosomes Go to
  • FUNGAL BIOLOGY AND PLANT-MICROBE INTERACTIONS Go to
  • Fungal biology Go to
G
  • Gene drive Go to
  • Genetic basis of domestication Go to
  • Genetic control of pests Go to
  • Genetic improvement of cultivated wheats by exploiting wild wheats Go to
  • Genetic regulation of gene expression upon infection Go to
  • Genetics, Ecology Go to
  • Genetics Go to
  • Genetic variation of innate immunity genes Go to
  • Genome diversity Go to
  • Genome evolution Go to
  • Genome evolution Go to
  • Genomic architecture of complex traits Go to
  • Genomics and Functional genomics in mycorrhizal fungi; Go to
  • Genomics Go to
  • Geobiology Go to
  • Geochemistry of early terrestrial fossils Go to
  • GEOMICROBIOLOGY Go to
  • Global biogeochemical cycles with a special emphasis on tropical rainforests Go to
  • Global change biology Go to
  • Global change: climate, land use and biodiversity including invasions Go to
  • Global change ecology Go to
  • Global change factors: climate change, land use changes, plant diversity changes Go to
  • Global change Go to
  • Global change Go to
  • GLOBAL ECOLOGY Go to
  • Group selection theory Go to
H
  • Habitat diversity Go to
  • Harmful algal blooms Go to
  • Historical and regional processes in biota assembly Go to
  • Historical demography Go to
  • Host-microbe interactions Go to
  • Host-parasite coevolution Go to
  • Human Ecology Go to
  • Human evolution Go to
  • Human eye movements Go to
  • Human genome diversity Go to
  • Human genome diversity Go to
I
  • Impact and control of diseases within human and other animal communities Go to
  • Impacts of global environmental change on populations, communities and ecosystems Go to
  • Importance of nongenetic inheritance in evolution Go to
  • Individual based modelling Go to
  • Individual-based models Go to
  • Infectious agents Go to
  • Information in biology in general, and ecology and evolution in particular Go to
  • Insect Go to
  • Insect herbivores Go to
  • Insect populations Go to
  • Insularity Go to
  • Interaction between pathogens and the immune system Go to
  • Interdisciplinary research on ecosystem services Go to
  • Interfacing of neurons and neural circuits with chips Go to
  • Intraspecific phylogeography Go to
  • Invasion biology Go to
  • Invasion ecology Go to
  • Invasion ecology Go to
  • Invasions Go to
  • Invertebrates Go to
  • Investigation of brain and behaviour of Drosophila Go to
  • Islands Go to
K L
  • Landscape ecology Go to
  • Large scale patterns and processes in ecology Go to
  • Learning and cognitive ability in fish Go to
  • Life history Go to
  • Life-history strategies and effects of early conditions Go to
  • Life history strategies in birds and fish Go to
  • Life history theory Go to
  • Life-history theory Go to
  • Life history theory Go to
  • Localization of memory traces Go to
  • Local specialisation Go to
  • Long and short term resource allocation trade-offs Go to
M
  • Macroecology Go to
  • Macroevolution Go to
  • Major synthetic evolutionary transitions Go to
  • Malacology Go to
  • Mammals and birds` adaptation to the Arctic way of life (circulation, respiration and temperature regulation) in mammals and birds Go to
  • Marine biology Go to
  • MARINE BIOLOGY Go to
  • Marine biology Go to
  • Marine communities Go to
  • Marine ecology Go to
  • MARINE ECOLOGY Go to
  • Marine ecosystem Go to
  • Marine ecosystems Go to
  • Marine Genomics Go to
  • Marine microbial ecology Go to
  • Marine phage Go to
  • Marine Research Infrastructures Go to
  • Marine resource management and economics Go to
  • Marine systems ecology Go to
  • MATHEMATICAL BIOLOGY Go to
  • Mathematical biology Go to
  • Mathematical epidemiology Go to
  • Mathematical immunology Go to
  • Mathematical modelling Go to
  • Mechanisms underlying the silent flight of owls Go to
  • Mediterranean Go to
  • Metabolic biochemistry Go to
  • Metabolic diseases Go to
  • Metabolic network evolution Go to
  • Metabolic rate, body condition and foraging modulation in fish Go to
  • (Meta-) Community ecology Go to
  • Metagenomics & single cell 'omics' Go to
  • Methane seep communities Go to
  • Methods of statistical inference in biology Go to
  • MICROBIAL AND ECOSYSTEM ECOLOGY Go to
  • Microbial biogeochemistry Go to
  • Microbial diversity (archaea, bacteria, protists) Go to
  • MICROBIAL ECOLOGY AND EVOLUTION Go to
  • Microbial ecology and physiology Go to
  • Microbial ecology (Interactions among microorganisms and with the environment) Go to
  • Microbial ecology of extreme environments Go to
  • Microbial evolution Go to
  • Microbial evolution Go to
  • MICROBIAL OCEANOGRAPHY Go to
  • Microbial physiology (Population gowth. Cell morphogenesis and metabolism. Sulphur cycle) Go to
  • Microbial regulation of the ocean carbon cycle Go to
  • Microbial structuring of marine ecosystems Go to
  • Microbiology Go to
  • Microbiology Go to
  • Microbiology Go to
  • Mid Palaeozoic plant/animal relationships Go to
  • Migration Go to
  • MITOCHONDRIAL BIOCHEMISTRY Go to
  • Mitochondrial bioenergertics Go to
  • Modelling in Population Dynamics Go to
  • Molecular adaptation to high temperature, reverse gyrase Go to
  • Molecular biodiversity of marine invertebrates Go to
  • Molecular Biology Go to
  • Molecular biology Go to
  • Molecular biology of Archaea and hyperthermophiles Go to
  • Molecular biology of extremophiles Go to
  • Molecular, cellular, neural and behavioral mechanisms of learning & memor Go to
  • Molecular ecology Go to
  • Molecular ecology Go to
  • MOLECULAR ECOLOGY Go to
  • Molecular ecology Go to
  • Molecular Endocrinology Go to
  • Molecular evolution: emphasis on the evolution of gene families (Hox, hedgehog and other developmental genes) Go to
  • Molecular evolution Go to
  • Molecular evolution Go to
  • Molecular evolution Go to
  • MOLECULAR EVOLUTION Go to
  • MOLECULAR GEOBIOLOGY AND PALAEOBIOLOGY Go to
  • Molecular geobiology and palaeobiology of marine organisms with particular emphasis of sponges Go to
  • Molecular phylogenetics Go to
  • Molecular phylogenetics Go to
  • Molecular phylogenetics: particular contributions to fish, amphibians, lungfish-coelacanth, amphibians, reptiles, whales) Go to
  • Molecular phylogeny Go to
  • Molecular taxonomy and systematics Go to
  • Moth Go to
  • Motivation Go to
  • Multi-scale spatio-temporal distribution patterns in animals Go to
  • Multi-trophic interactions from DNA barcoding Go to
  • Mycology Go to
N
  • National and international research policy and marine research Go to
  • NATURAL PHILOSOPHY Go to
  • Natural variation Go to
  • Neural basis of color vision and olfaction in insects Go to
  • Neural, behavioral, and theoretical basis of spatial hearing and application to robots Go to
  • Neural representation of simple mathematical algorithms Go to
  • Neurobiology and the behavior of the honeybee Go to
  • Neurobiology, biology and “design” of invertebrate sensory systems Go to
  • Neurobiology Go to
  • Neurobiology of invertebrates Go to
  • Neuroethology Go to
  • Neuroethology Go to
  • NEUROGENETICS Go to
  • Neuronal nets Go to
  • Neurophysiology and behavioural analysis of insect vision Go to
  • Nitrogen cycle and soil fertility Go to
  • NLR receptor signalling Go to
  • Non-invasive genetic sampling for animal conservation Go to
  • Nutrition Go to
O
  • Obesity Go to
  • Obesity Go to
  • Ocean climate Go to
  • Oceanography Go to
  • Olfaction Go to
  • ORGANISMAL AND EVOLUTIONARY BIOLOGY Go to
  • ORGANISMIC BIOLOGY Go to
  • ORGANISMIC & EVOLUTIONARY BIOLOGY Go to
  • ORGANISMIC EVOLUTIONARY BIOLOGY Go to
  • Orientation physiology Go to
  • Origin and evolution of life Go to
  • Origin, nature and role of viruses in life evolution Go to
  • Origin of DNA and DNA replication mechanisms Go to
  • Origin of domestic animals Go to
  • Origin of jawed vertebrates Go to
  • Origin of life Go to
  • Origin of tetrapods Go to
  • ORNITHOLOGY Go to
  • Ornithology Go to
  • Ornithology Go to
  • Ornithology Go to
  • Ornithology Go to
  • Overexploitation Go to
  • Oxygen free radicals and antioxidants in stressed plants Go to
P
  • PALAEOBOTANY Go to
  • Palaeoecology/palaeophysiology Go to
  • Paleoanthropology Go to
  • Palynology of basal embryophytes Go to
  • Pathogen effector triggered immunity Go to
  • Pest management Go to
  • Phage therapy Go to
  • Phenotypic plasticity Go to
  • Phenotypic plasticity Go to
  • Philosophy of science at the borders of physics, chemistry, and biology Go to
  • PHYLOGENOMICS Go to
  • Phylogeography Go to
  • Phylogeography Go to
  • Physical and biological interactions on pelagic ecosystem Go to
  • Physical-biological ocean processes Go to
  • Physical oceanography Go to
  • Physiological changes in plant cells under micronutrient deficiencies Go to
  • Physiological optics Go to
  • Physiology Go to
  • Physiology Go to
  • Physiology of Biomineralization, skeletogenesis, Ion transport, intracellular pH, Organic matrix Go to
  • Physiology of marine organisms, Cnidarians, Corals, sea urchins Go to
  • PHYSIOLOGY & POLAR BIOLOGY Go to
  • Phytoplaankton Go to
  • Plankton dynamics Go to
  • Plankton population dynamics Go to
  • Plant adaptation to drought Go to
  • Plant-animal interaction Go to
  • PLANT & ANIMAL SCIENCES Go to
  • PLANT BIOLOGY Go to
  • Plant biology Go to
  • Plant Developmental Biology Go to
  • Plant disease Go to
  • Plant ecology Go to
  • Plant ecology Go to
  • Plant ecophysiology Go to
  • Plant immunity Go to
  • Plant innate immunity Go to
  • Plant-insect interactions Go to
  • Plant mating systems and reproductive biology Go to
  • PLANT-MICROBE INTERACTIONS Go to
  • PLANT MICROBE INTERACTIONS Go to
  • Plant-microbe interactions Go to
  • Plant microbe interactions Go to
  • Plant-Microorganism interactions Go to
  • PLANT NUTRITION AND PHYSIOLOGY Go to
  • Plant pathology Go to
  • PLANT PHYSIOLOGY Go to
  • Plant-soil interactions Go to
  • Plant-soil interactions Go to
  • Pollination biology Go to
  • Polyploidy Go to
  • Population and community ecology Go to
  • Population and evolutionary ecology Go to
  • Population biology Go to
  • Population biology Go to
  • Population biology Go to
  • POPULATION BIOLOGY Go to
  • Population biology Go to
  • Population biology Go to
  • Population biology Go to
  • Population biology Go to
  • POPULATION DYNAMICS; CONSERVATION BIOLOGY Go to
  • Population dynamics Go to
  • Population Dynamics Go to
  • Population dynamics Go to
  • Population dynamics Go to
  • Population dynamics Go to
  • Population dynamics of fish populations Go to
  • Population ecology Go to
  • Population ecology Go to
  • Population ecology Go to
  • Population ecology Go to
  • Population genetics Go to
  • Population genetics Go to
  • POPULATION GENETICS Go to
  • Population genetics Go to
  • Population genetics Go to
  • Portuguese forests carbon balance Go to
  • Predation Go to
  • Primary processes and photo transduction in the photoreceptors of insects Go to
  • Processes in Mediterranean ecosystems Go to
  • Protocell modelling, synthesis and evolution Go to
Q
  • Quantitative and experimental behavioural ecology Go to
R
  • Reaction norms Go to
  • Reproduction Go to
  • Reproductive epidemiology Go to
  • Response of microbial communities involved in soil N dynamics to global change Go to
  • Rice, wheat and tomato responses to Arbuscular mycorrhizal fungi Go to
  • Riparian ecology Go to
  • Role of initiating activity in operant conditioning Go to
  • Role of social information in breeding habitat decision (habitat selection) Go to
  • Root adaptation mechanisms of plants to mineral nutrient deficiencies Go to
  • Root ecology Go to
S
  • Satellite tracking Go to
  • Science policy Go to
  • Science-policy interface Go to
  • Selective attention Go to
  • Signalling and colonization process in Arbuscular mycorrhizas Go to
  • Social and economic sciences Go to
  • Social evolution Go to
  • Social foraging Go to
  • Sociobiology Go to
  • Sociobiology Go to
  • Soil and water conservation Go to
  • Soil biodiversity Go to
  • SOIL ECOLOGY Go to
  • Soil ecology Go to
  • Speciation in island birds Go to
  • Speciation: work on African cichlid fish adaptive radiations, sympatric speciation in Nicaraguan crater lake cichlids Go to
  • Specific metal sequestering Go to
  • Spread and persistence of genotypes within pathogen populations Go to
  • Statistical ecology Go to
  • Statistical methodology Go to
  • Strategies for resource acquisition and life history variation in salmon Go to
  • Stress and adaptation mechanisms in photosynthesis Go to
  • Structure and functioning of deep sea ecosystems Go to
  • Studies of effects of (all year) bird feeding Go to
  • Sustainable management of non-renewable and renewable resources Go to
  • Symbiotic relationships, adaptation to symbiosis, Carbon-concentrating mechanisms, anti-oxydative defence, gene transfer Go to
  • Synthetic ecosystems Go to
  • Systems biology Go to
  • Systems biology Go to
T
  • Taphonomy and fossilisation processes Go to
  • Technological advances for studying wild animal ecology Go to
  • Technology for informing animal conservation Go to
  • TERESTRIAL ECOLOGY Go to
  • Terrestrial ecology and plant eco-physiology Go to
  • The Neanderthal Extinction Go to
  • Theoretical and experimental population dynamics and community ecology Go to
  • Theoretical Ecology Go to
  • Theoretical evolutionary biology Go to
  • The use of controlled environment facilities for ecological research Go to
  • Total reconstitution of ribosomes Go to
  • Transcriptional reprogramming Go to
  • Tropical agriculture Go to
  • Tropical biology Go to
  • Tropical botany, and plant systematics Go to
  • Tropical ecology Go to
U V
  • Vascular plant phylogeny Go to
  • Vegetation science Go to
  • VERTEBRATE EVOLUTION Go to
  • Vertebrate palaeontology Go to
  • Visual pattern recognition Go to
  • Visual pigments and the ion regulation in the nervous system Go to
  • Visual system Go to
W
  • Welfare of farmed fish Go to
Z
  • Zinc deficiency in cereal crops and human populations Go to
  • ZOOLOGY AND ECOLOGY Go to
  • ZOOLOGY Go to
  • Zoology Go to
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