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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7817 Paths
7817 Paths · page 554 / 782
This graduate-level path explores global-scale ecological processes, from foundational ecosystem concepts to the intricate interactions of Earth's cycles, biomes, and planetary boundaries. Learners will connect ecosystem ecology to Earth system science and examine humanity's role in driving global change.
This advanced graduate-level path explores the ecological principles governing microbial communities, from community assembly to host-microbiome interactions and functional outcomes. It builds on basic microbiology to provide a systems-level understanding of microbiome ecology.
This learning path equips ecology and environmental science students with the skills to communicate scientific findings effectively to technical and non-technical audiences. It covers foundational ecology knowledge, communication principles, and practical applications in writing, public engagement, policy, and media.
A graduate-level learning path for conservation biology students aiming to develop professional skills in conservation planning. It covers foundational ecology and conservation principles, then progresses to systematic planning, protected area design, corridor ecology, restoration, and management plan implementation.
This learning path guides environmental toxicology students through the core components of ecological risk assessment (ERA): hazard identification, dose-response assessment, exposure assessment, and risk characterization. It builds on foundational knowledge in basic toxicology and environmental management, and applies the process within a regulatory framework. Learners will develop the skills to plan and interpret ecological risk assessments for contaminated environments.
This advanced graduate-level path equips conservation biology students with the skills to assess population viability using demographic modeling, extinction risk analysis, and sensitivity analysis. Starting from core population ecology, it progresses through data collection, model construction, and practical application in conservation decision-making.
This graduate-level learning path guides ecology and conservation students through the analytical methods needed to model species distributions using Maxent. Starting with foundational statistics and environmental data concepts, the path progresses through data preparation, model building, evaluation, and interpretation for climate change applications.
This advanced learning path equips ecology and geography students with the skills to apply GIS to ecological research and management. It covers foundational GIS concepts, spatial data handling, analytical methods, and species distribution modeling using both ArcGIS and QGIS. The path emphasizes practical, career-relevant skills through hands-on projects and real-world datasets.
This advanced graduate-level learning path equips ecology and geospatial science students with the skills to apply remote sensing techniques to ecological research and management. It covers foundational concepts in remote sensing and GIS, progresses through image processing and vegetation analysis, and culminates in practical applications like change detection and habitat mapping. The path emphasizes hands-on analytical methods and real-world ecological applications.
This learning path guides conservation and ecology students through the process of designing and implementing ecological surveys. It covers foundational field skills, survey design principles, species identification, data collection methods, and monitoring strategies, culminating in a practical field survey project.