Lecture 1 - Introduction to Urban Ecosystem
Lecture 2 - Ecosystem Basics Including Ecology
Lecture 3 - Ecosystem Functions
Lecture 4 - Ecosystem Process
Lecture 5 - Examples of Ecosystem Process and Function
Lecture 6 - Ecosystem Types
Lecture 7 - Ecosystem Types - Case Examples
Lecture 8 - Ecosystem Concepts
Lecture 9 - Ecosystem Theories
Lecture 10 - Demonstration of Ecosystem Theory and Concept
Lecture 11 - Urban Ecosystem Components
Lecture 12 - Urban Ecosystem Functions and Processes
Lecture 13 - Urban Metabolism
Lecture 14 - Urban Ecosystem and Water
Lecture 15 - Demonstration of Urban Ecosystem and Water
Lecture 16 - Urban Ecosystem - CO2 and Methane
Lecture 17 - Urban Heat
Lecture 18 - Urban Ecosystem Imbalances and Challenges
Lecture 19 - Urban Ecosystem Balance
Lecture 20 - Carrying Capacity
Lecture 21 - Ecosystem Concepts for Urban Integration
Lecture 22 - City and Ecosystem Theories
Lecture 23 - Case Studies- City and Ecosystem Theories
Lecture 24 - Urban Ecosystem and Biodiversity
Lecture 25 - The IPCC and Biodiversity Conventions
Lecture 26 - Ecosystem Services
Lecture 27 - Types of ESS
Lecture 28 - Evaluation of Ecosystem Services (ESS) - I
Lecture 29 - Evaluation of Ecosystem Services (ESS) - II
Lecture 30 - Urban Ecosystem Services
Lecture 31 - Effects of Urban Development on Urban Ecosystems
Lecture 32 - Urban Ecology
Lecture 33 - Social Aspects Intertwined with Urban Ecosystems
Lecture 34 - Urban Landscape Ecology As A Planning Strategy
Lecture 35 - Role of Urban Governance for Ecosystem Protection
Lecture 36 - Disaster Risk and Climate Change
Lecture 37 - Mitigation and Adaptation
Lecture 38 - Transformative Solutions-Nature-based Solutions Basics
Lecture 39 - NbS for Climate Adaptation and Urban Resilience
Lecture 40 - Ecosystem-based Adaptation (EbA) and Ecosystem-based Disaster Risk Reduction (Eco-DRR)
Lecture 41 - Blue Green Infrastructure
Lecture 42 - Environmental Engineering (EnvE)
Lecture 43 - Ecological Engineering (EcoE)
Lecture 44 - Application Potential for NbS
Lecture 45 - Policy Framework for Nature-Based Solutions
Lecture 46 - Challenges in Designing and Deploying NbS
Lecture 47 - Urban Ecosystem Assessment
Lecture 48 - Biodiversity - Ecological Footprint
Lecture 49 - Biodiversity - City Biodiversity Index
Lecture 50 - Urban Infrastructure Assessment
Lecture 51 - Science, Engineering, Technology, and Innovation (SETI)
Lecture 52 - Ecology and Future Cities
Lecture 53 - Instrumented Study
Lecture 54 - Case Study on Eco-Engineering Solutions for Waste, Energy, and Water
Lecture 55 - BMP on Eco-Engineering Solutions for Water
Lecture 56 - Risk and BGI Potential Assessment Tool
Lecture 57 - Case Study on BGI Solutions
Lecture 58 - Concept of GeoSM-NatEc
Lecture 59 - Demonstration of GeoSM-NatEc
Lecture 60 - Concluding Remarks
