Part I. Introduction and Motivation
Why should Engineering Account for Ecosystems?
Ecosystem Goods and Services
Part II. Engineering's Demand for Ecosystem Services
Quantifying the Direct and Indirect Demand for Ecosystem Services
Water Provisioning
Biogeochemical Cycles: Modeling Interaction of Carbon and Nitrogen Cycles with Industrial Systems
The Significance of Insect Pollinators: Opportunities and Challenges
Biodiversity
Part III. Nature's Capacity to Supply Ecosystem Services
Tools for Quantifying the Supply of Ecosystem Services
Designing with Nature: Incorporating Hydrological services in Engineering Projects
Improved Air Quality and Other Services from Urban Trees and Forests
Services from Agroecosystems and their Quantification
Part IV. Including Nature in Engineering
Challenges in Developing Synergies between Technological and Ecological Systems
Making the Business Case for Nature-Based Solutions
Greenprinting: Urban Planning for Ecosystem Services
Wetlaculture: Solving Harmful Algal Blooms with a Sustainable Wetland/Agricultural Landscape
Design of Agroecological Landscapes
Integrated Design of Processes and Supply Chains with Wetlands
Demand and Supply of Air Quality Regulation Ecosystem Service
Designing Synergies between Homeorhetic Ecosystems and Homeostatic Manufacturing Systems
Ecosystem Services in the Life Cycle of Biofuels
Designing for Resilience and Sustainability: An Integrated Systems Approach
Part V Socio-Economic Aspects of Accounting for Nature
Environmental Markets
Preventing Unintended Harm from Socio-Ecological Interactions
Part VI Directions for the Future
Outlook.