Level Learning Objectives
Remembering Define key concepts such as urban biodiversity, nature-based solutions (NbS), permeable surfaces, and bioswales.
List various types of NBS applicable in urban environments (e.g., green roofs, rain gardens, green corridors).
Understanding Explain the benefits of urban biodiversity and how NbS contribute to ecosystem services.
Describe the role of NbS in addressing urban climate challenges such as heat islands and stormwater flooding.
Discuss the importance of spatial planning in climate change adaptation.
Applying Apply NbS typologies to selected urban areas with specific environmental or demographic challenges.
Demonstrate the use of tools like the CRC Tool or climate scan databases in planning small-scale NbS.
Use technical documentation guidelines to draft a project outline.
Analyzing Analyze urban infrastructure and identify opportunities for integrating NbS for heat reduction, water retention, or biodiversity enhancement.
Compare the performance and cost-effectiveness of different NbS strategies based on case studies.
Evaluating Evaluate the feasibility of implementing NbS in existing urban plans, considering economic, environmental, and social barriers.
Judge the effectiveness of NbS solutions through impact assessments and evidence from international examples.
Assess policy and investment strategies supporting NbS adoption in different urban contexts.
Creating Design an integrated NbS-based solution for a selected urban area facing climate-related risks (e.g., flash floods, heat stress).
Develop a conceptual proposal including drawings, budget estimate, and stakeholder strategy for implementing an NbS pilot project.
Create a logic model or causal pathway showing how selected NbS will lead to improved urban resilience.