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1. Full Text Major shifts in species’ relative abundance in grassland mixtures alongside positive effects of species diversity in yield: a continental-scale experiment
by Brophy, Caroline and Finn, John A and Lüscher, Aneas and Suter, Matthias and Kirwan, Laura and Sebastià, Maria Teresa and Helgadóttir, Áslaug and Baadshaug, Ole H and Bélanger, Gilles and Black, Alistair and Collins, Rosemary P and Čop, Jure and Dalmannsdottir, Sigridur and Delgado, Ignacio and Elgersma, Anjo and Fothergill, Michael and Frankow-Lindberg, Bodil E and Ghesquiere, A and Golinska, Barbara and Golinski, Piotr and Grieu, Philippe and Gustavsson, Anne Maj and Höglind, Mats and Huguenin-Elie, Olivier and Jørgensen, Marit and Kadziuliene, Zye and Kurki, Päivi and Llurba, Rosa and Lunnan, Tor and Porqueddu, Claudio and Thumm, Ulrich and Connolly, John and Cornelissen, J.H.C
Journal of Ecology, ISSN 0022-0477, 2017, Volume 105, Issue 5, pp. 1210 - 1222
Increased species diversity promotes ecosystem function; however, the dynamics of multi-species grassland systems over time and their role in sustaining higher... 
diversity effects | sward dynamics | grasses | legumes | multi‐species communities | climate | relative growth rate | determinants of plant community diversity and structure | stabilising processes | species composition | multi-species communities | LEGUME | PLANT COMPETITION | CLIMATE-CHANGE | WHITE CLOVER | PLANT SCIENCES | IDENTITY | TRIFOLIUM-REPENS L | ECOSYSTEM FUNCTION | BIOMASS COMPOSITION | TEMPERATE FORAGE | NITROGEN | ECOLOGY | Crop yields | Legumes | Beans | Ecosystems | Analysis | Mimosaceae | Biological diversity | Grasslands | Climate | Growth rate | Growth | Abundance | Grasses | Biodiversity | Composition effects | Monoculture | Persistence | Species diversity | Dynamics | Temperature effects | Dominant species | Relative abundance | Yield strength | Density dependence | Yield | Herbivores | Species | Strength | Biodiversity and Ecology | Environmental Sciences | Plant Sciences Group
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2. Full Text Species Diversity and Population Dynamics of Entomopathogenic Fungal Species in the Genus Metarhizium—a Spatiotemporal Study
by Hernández-Domínguez, Carmela and Guzmán-Franco, Ariel W
Microbial Ecology, ISSN 0095-3628, 07/2017, Volume 74, Issue 1, pp. 194 - 206
We studied the species diversity and population genetic structure of isolates of fungi from the entomopathogenic genus Metarhizium that had been isolated from... 
Metarhizium anisopliae s.s | Fungal pathogens | Population ecology | Microsatellites | Sugarcane crop | Selective media | Soil baiting | PERSISTENCE | BRONGNIARTII | MICROBIOLOGY | BEAUVERIA-BASSIANA | COMMUNITY COMPOSITION | ANISOPLIAE | SPP | MARINE & FRESHWATER BIOLOGY | SUGARCANE | ECOLOGY | SOIL | RHIZOSPHERE | Haplotypes | Saccharum - microbiology | Genetics, Population | Soil Microbiology | Metarhizium - classification | Genotype | Spatio-Temporal Analysis | Phylogeny | Microsatellite Repeats | Fungi | Ecosystem components | Analysis | Sugarcane | Biological diversity | Abiotic factors | Baiting | Entomopathogenic fungi | Biodiversity | Population genetics | Species diversity | Leaves | Dynamics | Elongated structure | Dominant species | Phylogenetics | Population | Sampling | Species | Sequencing | Elongation | Media (selective) | Genetic structure | Genetic diversity | Soils | Genotyping | Host plants | Samples
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3. NWT species 2000
: general status ranks of wild species in the Northwest Territories
Northwest Territories. Dept. of Resources, Wildlife and Economic Development
2000, ISBN 9780770800208, 50
Northwest Territories | Canada | conservation | nature conservation | biodiversity | species | species diversity | dominant species | zoology
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4. Full Text Species richness mediates within‐species nutrient resorption: Implications for the biodiversity–productivity relationship
by Lü, Xiao‐Tao and Hu, Yan‐Yu and Wolf, Amelia A and Han, Xing‐Guo and Le Bagousse‐Pinguet, Yoann
Journal of Ecology, ISSN 0022-0477, 09/2019, Volume 107, Issue 5, pp. 2346 - 2352
Between‐species variation in nutrient resorption is one of the mechanisms explaining the positive relationship between biodiversity and primary productivity.... 
litter quality | plant functional trait | ecosystem functioning | intraspecific variation | species complementarity | plant–soil feedback | biodiversity loss | GRASSLAND | FOLIAR | PATTERNS | MECHANISMS | PLANT DIVERSITY | PLANT SCIENCES | RESPONSES | NITROGEN | SOIL | ECOLOGY | plant-soil feedback | WATER | Productivity | Plants (botany) | Senescence | Complementarity | Ecosystems | Limiting factors | Phosphorus | Environmental changes | Plant communities | Regrowth | Biodiversity | Nitrogen | Limiting nutrients | Biological diversity | Leaves | Plant diversity | Dominant species | Nutrients | Variation | Functional groups | Species richness | Primary production
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5. Full Text Dominant species maintain ecosystem function with non‐random species loss
by Smith, Melinda D and Knapp, Alan K
Ecology Letters, ISSN 1461-023X, 06/2003, Volume 6, Issue 6, pp. 509 - 517
Loss of species caused by widespread stressors, such as drought and fragmentation, is likely to be non‐random depending on species abundance in the community.... 
Above‐ground productivity | rare species loss | dominant species | complementary interactions | tallgrass prairie | subordinate species | grassland | Grassland | Subordinate species | Rare species loss | Complementary interactions | Dominant species | Tallgrass prairie | Above-ground productivity | GRASSLAND ECOSYSTEMS | BIODIVERSITY | above-ground productivity | DETERMINANTS | PLANT DIVERSITY | INVASION | COMMUNITY | PRODUCTIVITY | RESISTANCE | ECOLOGY | VEGETATION
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6. Full Text Demystifying dominant species
by Avolio, Meghan L and Forrestel, Elisabeth J and Chang, Cynthia C and La Pierre, Kimberly J and Burghardt, Karin T and Smith, Melinda D
New Phytologist, ISSN 0028-646X, 08/2019, Volume 223, Issue 3, pp. 1106 - 1126
Summary The pattern of a few abundant species and many rarer species is a defining characteristic of communities worldwide. These abundant species are often... 
common species | biodiversity‐ecosystem function | foundation species | dominance | species identity | species abundance | MICROSTEGIUM VIMINEUM | GRASSLAND | RAUNKIAERS LAW | ECOSYSTEM PROCESSES | PLANT DIVERSITY | NEIGHBOR REMOVAL | PLANT SCIENCES | COMMUNITY STRUCTURE | COMPETITION | biodiversity-ecosystem function | FUNCTIONAL TRAITS | BIODIVERSITY LOSS | Analysis | Biological diversity | Community structure | Environments | Species diversity | Impact prediction | Ecosystems | Dominant species | Environmental changes | Community relations | Biodiversity | Environmental impact
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7. Full Text Species‐specific flowering cues among general flowering Shorea species at the Pasoh Research Forest, Malaysia
by Chen, Yu‐Yun and Satake, Akiko and Sun, I‐Fang and Kosugi, Yoshiko and Tani, Makoto and Numata, Shinya and Hubbell, Stephen P and Fletcher, Christine and Nur Supardi, Md. Noor and Wright, S. Joseph and Rafferty, Nicole
Journal of Ecology, ISSN 0022-0477, 03/2018, Volume 106, Issue 2, pp. 586 - 598
In a unique phenomenon restricted to the ever wet forests of Southeast Asia, hundreds of species from dozens of plant families reproduce synchronously at... 
plant–climate interactions | drought | flowering time | forecasting | lowland dipterocarp forest | phenology | model | synchrony | climate change | RECRUITMENT | ARABIDOPSIS-THALIANA | plant-climate interactions | DIPTEROCARPACEAE | CO2 | REPRODUCTIVE PHENOLOGY | PLANT SCIENCES | PENINSULAR MALAYSIA | TROPICAL RAIN-FOREST | TREE | ECOLOGY | SEED PREDATION | EXPRESSION | Global temperature changes | Plants | Droughts | Forest reserves | Rain and rainfall | Analysis | Temperature requirements | Temperature | Forests | Parameter estimation | Additives | Forestry research | Environmental changes | Interspecific | Tropical forests | Flowers | Accumulation | Synergistic effects | Rain | Winter | Weekly | Temperature effects | Dominant species | Tropical environment | Flowering | Temporal resolution | Drought | Records | Species | Cues | Parameters | Thresholds | Rainfall | Climatic changes | Spring | Environmental impact | Regeneration | Climate change | Reproduction (biology)
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8. Full Text Facilitation beyond species richness
by Vega‐Álvarez, Julia and García‐Rodríguez, José Antonio and Cayuela, Luis and Swenson, Nathan
Journal of Ecology, ISSN 0022-0477, 03/2019, Volume 107, Issue 2, pp. 722 - 734
Facilitation studies have previously focused on the effects of plant–plant interactions on species richness and, more recently, on functional traits or... 
functional diversity | Mediterranean | grasslands | attribute diversity | Cytisus multiflorus | phylogenetic diversity | nurse plant | Hill numbers | ENVIRONMENTAL GRADIENTS | RESOURCE PULSES | PLANT INTERACTIONS | STRESS-GRADIENT HYPOTHESIS | MICROHABITAT AMELIORATION | PLANT SCIENCES | ECOLOGY | DIFFERENTIATION MEASURES | POSITIVE INTERACTIONS | LEGUMINOUS SHRUB | Analysis | Phylogeny | Biological diversity | Availability | Grasslands | Communities | Diversity indices | Taxonomy | Dimensions | Water availability | Biodiversity | Survival | Species diversity | Dominant species | Phylogenetics | Shrubs | Interactions | Foreign languages | Framework | Species richness
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9. Full Text Comparative tests of the species‐genetic diversity correlation at neutral and nonneutral loci in four species of stream insect
by Watanabe, Kozo and Monaghan, Michael T
Evolution, ISSN 0014-3820, 07/2017, Volume 71, Issue 7, pp. 1755 - 1764
A fundamental question linking population genetics and community ecology is how adaptive processes (e.g., natural selection) and neutral processes (e.g.,... 
isolation by distance | adaptive divergence | competition | stream invertebrate | AFLP | BIOGEOGRAPHY | POPULATIONS | PATTERNS | DISPERSAL | EVOLUTIONARY BIOLOGY | COMMUNITY | GENETICS & HEREDITY | ECOLOGY | Genetic Variation | Genetics, Population | Animals | Japan | Rivers | Insecta - genetics | Amplified Fragment Length Polymorphism Analysis | Divergent evolution | Analysis | Biological diversity | Natural selection | Competition | Amplified fragment length polymorphism | Correlation | Populations | Communities | Redundancy | Genomes | Ecology | Genetic diversity | Genetic distance | Biodiversity | Population genetics | Loci | Species diversity | Heterogeneity | Insects | Dominant species | Genetics | Insect migration | Adaptation
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10. Full Text Why the damselfish Chromis chromis is a key species in the Mediterranean rocky littoral – a quantitative perspective
by Pinnegar, J. K
Journal of Fish Biology, ISSN 0022-1112, 03/2018, Volume 92, Issue 3, pp. 851 - 872
The damselfish Chromis chromis is typically the most abundant fish species in the rocky littoral environment of the Mediterranean Sea, where it feeds in huge... 
indicator | damselfish | predator | Mediterranean Sea | zooplankton | nutrients | CALVI CORSICA | PERCIFORMES POMACENTRIDAE | REEF FISH ASSEMBLAGES | PISCES-POMACENTRIDAE | PLANKTIVOROUS FISH | BLUESPOTTED CORNETFISH | FISTULARIA-COMMERSONII | FISHERIES | FEEDING-HABITS | EPINEPHELUS-MARGINATUS | MARINE & FRESHWATER BIOLOGY | 1ST RECORD | Protected areas | Shoals | Populations | Fishing effort | Human influences | Population number | Aquatic birds | Fishing | Eggs | Pollution | Predators | Plankton | Dynamics | Dominant species | Fish | Nutrients | Noise pollution | Littoral environments | Fish eggs | Commercial species | Nutrients (mineral) | Catch-effort | Marine protected areas | Solid wastes | Phosphorus | Commercial fishing | Fisheries | Indicator species | Pressure | Marine parks | Ocean floor | Anthropogenic factors | Interspecific relationships | Liquid wastes | Prey | Water quality | Marine birds | Water pollution | Marine fish | Predation | Zooplankton
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11. Full Text Comparing the effects of companion species diversity and the dominant species (Stipa grandis) genotypic diversity on the biomass explained by plant functional trait
by Yang, Xue and Wang, Jin Long and Wang, Xiao Ping and Wang, Zhu Lin and Wang, Si Qi and Qu, Yao Bing and Wu, Man and Zhao, Nian Xi and Gao, Yu Bao
Ecological Engineering, ISSN 0925-8574, 10/2019, Volume 136, pp. 17 - 22
Plant diversity exerts significant effects on ecosystem functioning. However, it remains unclear that whether the ecological consequences of genotypic... 
Functional trait diversity | Genotypic diversity | Complementarity effect | Species diversity | Biomass | Stipa grandis | BIODIVERSITY | FINE-ROOT PRODUCTIVITY | INTRASPECIFIC GENETIC DIVERSITY | PATTERNS | DROUGHT | TIME | ENVIRONMENTAL SCIENCES | ECOSYSTEM FUNCTION | COMMUNITY | ENGINEERING, ENVIRONMENTAL | DYNAMICS | COMMON | ECOLOGY | Plant physiology | Ecosystems | Analysis | Biological diversity | Complementarity | Niche overlap | Entropy | Biodiversity | Ecosystem assessment | Plant diversity | Dominant species | Niches | Genotypes
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