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Guided learning journeys that build knowledge step by step.
category · Learning · slug · learning · 7816 Paths
7816 Paths · page 489 / 782
This advanced professional learning path equips conservation and agricultural professionals with the knowledge and skills to develop comprehensive soil and water conservation plans. It covers the fundamental science of soil erosion and hydrology, the conservation planning process, best management practices (BMPs), and implementation and evaluation strategies.
This learning path equips environmental consultants with the knowledge to understand and apply soil remediation technologies. It covers essential soil chemistry, contamination assessment, and both in-situ and ex-situ remediation methods, including bioremediation, phytoremediation, and soil washing. The path emphasizes practical application and decision-making for real-world remediation projects.
This learning path equips soil and agricultural professionals with the knowledge and skills to assess, score, manage, and monitor soil health. It covers foundational soil science, key indicators, assessment methodologies, management practices, and adoption strategies, culminating in the ability to develop and implement soil health management plans.
This learning path equips agricultural and environmental professionals with the knowledge and skills to conduct soil tests and interpret results for practical recommendations. It covers sampling strategies, laboratory analysis, soil chemistry, and statistical interpretation, culminating in the ability to make informed nutrient and amendment recommendations.
This learning path equips environmental science students with the knowledge to use soil management as a tool for climate adaptation. It covers soil science fundamentals, climate change impacts, and practical strategies for carbon sequestration, drought resilience, and water management.
This learning path equips agriculture and food studies students with a foundational understanding of soil's critical role in global food security. It covers soil basics, degradation processes, sustainable management practices, and the policy landscape connecting soil health to food production and security.
This path explores the critical connections between soil and human health, from basic soil properties to the roles of pathogens, toxins, nutrients, and emerging therapeutic applications. Designed for students in public health and soil science, it integrates foundational concepts with health-relevant applications.
This advanced learning path for agriculture students covers the principles and practices of managing soils for sustainable agriculture. It integrates soil health, conservation agriculture, nutrient management, and crop systems within agroecosystems, providing a systems perspective for real-world application.
This advanced learning path provides a comprehensive understanding of wetland soils, covering essential soil science fundamentals, the unique biogeochemistry of hydric soils, and the application of this knowledge to wetland function and restoration. Designed for university students in ecology or soil science, this path builds from basic soil properties to advanced concepts of redox chemistry, organic matter dynamics, and practical restoration strategies.
This advanced learning path for university students in forestry or soil science explores the multifaceted role of soil in forest ecosystems. It covers the forest floor, nutrient cycling, mycorrhizal associations, and their implications for forest management, building from foundational soil concepts to applied practices.