773ebc1a-5cf9-4ec1-962c-9f4b4fd173d4
Exploring, exploiting and evolving diversity of aquatic ecosystem models: a community perspectiveModeling water quality in the Anthropocene: Directions for the next-generation aquatic ecosystem modelsLimited sensitivity of permafrost soils to heavy rainfall across Svalbard ecosystemsAdvantages of concurrent use of multiple software frameworks in water quality modelling using a database approachMicrobial storage and its implications for soil ecologyThe CLIN27 Shared Task: Translating Historical Text to Contemporary Language for Improving Automatic Linguistic AnnotationServing many at once: How a database approach can create unity in dynamical ecosystem modellingSpecies-specific song responses emerge as a by-product of tuning to the local dialectThe LEARNMe White Paper on Linguistic DiversitySperm Sizer: a program to semi-automate the measurement of sperm lengthNew paths for modelling freshwater nature futuresIntegrated modeling of nature's role in human well-beingA perspective on water quality in connected systems: modelling feedback between upstream and downstream transport and local ecological processesWhy conservation biology can benefit from sensory ecologyIntracellular Storage Reduces Stoichiometric Imbalances in Soil Microbial Biomass – A Theoretical ExplorationA systematic map of studies testing the relationship between temperature and animal reproductionThe introduced <i>Arapaima gigas</i> in the Bolivian Amazon: Trophic position and isotopic niche overlap with native speciesLearning from generations of sustainability conceptsA combination of host ecology and habitat but not evolutionary history explains differences in the microbiomes associated with rotifersSystematic approaches to assessing high temperature limits to fertility in animalsExploring desirable nature futures for Nationaal Park Hollandse DuinenMatching scope, purpose and uses of planetary boundaries scienceA Comparative Study of Segregation Patterns in Belgium, Denmark, the Netherlands and Sweden: Neighbourhood Concentration and Representation of Non-European MigrantsGlobal maps of soil temperature
externalOrganisations
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