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Appropriate Wisdom, Technology, and Management toward Environmental Sustainability for Development
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The protection and maintenance of environmental resources for future generations require responsible interaction between humans and the environment in order to avoid wasting natural resources. According to an ancient Native American proverb, “We do not inherit the Earth from our ancestors; we borrow it from our children.” This indigenous wisdom has the potential to play a significant role in defining environmental sustainability. Recent technological advances could sustain humankind and allow for comfortable living. However, not all of these advancements have the potential to protect the environment for future generations. Developing societies and maintaining the sustainability of the ecosystem require appropriate wisdom, technology, and management collaboration. This book is a collection of 19 important articles (15 research articles, 3 review papers, and 1 editorial) that were published in the Special Issue of the journal Sustainability entitled “Appropriate Wisdom, Technology, and Management toward Environmental Sustainability for Development” during 2021-2022.addresses the policymakers and decision-makers who are willing to develop societies that practice environmental sustainability, by collecting the most recent contributions on the appropriate wisdom, technology, and management regarding the different aspects of a community that can retain environmental sustainability.
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Keywords
- Aquaculture
- arsenic
- Bangladesh
- Benchmarking
- Biodiesel
- blockchain
- Brand loyalty
- Circular Economy
- clean development mechanism
- CO2
- Construction sector
- construction waste reduction
- consumer brand relationships
- corrugated cardboard
- Cost–benefit analysis
- COVID-19
- crumb rubber
- Developing countries
- disposal
- dose–response
- eco-friendly sound-absorbing material
- economic reactivation
- economy
- emission reductions
- Émissions
- engine performance
- environmental regulations
- Environmental science, engineering & technology
- ethical marketing
- Ethnobotany
- extended marketing mix
- Fisheries
- Food security
- Forecasting
- geometric mean weighting
- Green recovery
- groundwater level
- groundwater management models
- groundwater monitoring system
- groundwater resource
- History of engineering & technology
- Human health
- humanitarian logistics
- Industry 4.0
- innovation
- Internet of Things (IoT)
- intersectoral linkages
- landfill
- manufacturing supply chains
- MENA Islamic cities
- Metals
- Mexico
- modelling of waste (reduce, reuse and recycle)
- multi-frequency resonator
- multiobjective linear programming
- n/a
- natural feedstocks
- Pandemic
- penalty weighting
- perforated corrugated cardboard
- PLS-SEM
- Pollution
- potential solutions
- Poverty
- power plants
- product life cycle cost
- production method
- response surface methodology
- revised multichoice goal programming
- rice husk
- rural clean heating project
- rural Gansu
- scorecard
- SDGs
- seed rate
- seed recycling
- self-compacting concrete
- silica fume
- sound transmission loss
- sound-absorption coefficient
- spatial modelling
- strength
- supplier selection
- sustainability
- Sustainable Agriculture
- sustainable built environment
- sustainable construction
- Sustainable development
- Sustainable development goals
- Technology, engineering, agriculture
- Technology: general issues
- Traditional knowledge
- transfer function method
- transfer matrix method
- urban management
- urban solid waste
- VECM
- Waste management
- wheat
- wireless sensor network
- yield effect
Links
DOI: 10.3390/books978-3-0365-5190-6Editions