| SDG 12 – Responsible Consumption and Production |
municipal solid waste incineration, life cycle impact assessment, zero energy building, life cycle impact, simapro, life cycle inventory, solid waste incineration, zero energy buildings, green roofs, life cycle assessment method, forest management plan, sustainable manufacturing, construction and demolition waste, e-waste recycling, energy performance of building, environmental attitudes, geotourism, conservation agriculture, sustainable forest management, sustainable intensification, life-cycle assessment, impact categories, industrial ecology, energy performance of buildings, green production, life cycle assessments, organic fraction of municipal solid waste, environmental attitude, industrial symbiosis, green roof, geological disposal, municipal solid waste management, ecoinvent, sustainable supply chain management, municipal solid waste incinerator, forest management practice, sustainable supply chain, municipal solid waste incineration (mswi), solid waste incinerator, life-cycle assessment (lca), green supply chain, forest management practices, green supply chain management, municipal solid waste landfill, comparative life cycle assessment, agricultural sustainability, cleaner production, nzeb, composting process, green supply, solid waste landfill, cradle-to-gate, rural tourism, environmental life cycle, iso 26262, sustainability reports, recycling waste, co-composting, tourism management, nearly zero energy building, triple bottom line, nature-based tourism, environmental impact categories, sustainable aquaculture, sustainable buildings, manure composting, sustainable waste management, supply chain sustainability, sustainability reporting, sustainable tourism development, aerobic composting, tourism impact, recycling rate, waste electrical and electronic equipment, waste electrical and electronic, energy efficiency of building, landfill leachate treatment, msw management, deep geological repository, the triple bottom line, life cycle impact assessment (lcia), life cycle analysis, sustainability report, food preservative, sustainable construction, forest management planning, life cycle assessment methodology, electronic equipment (weee), green buildings, recycling processes, life cycle analysis (lca), waste to energy, environmental disclosure, energy efficiency of buildings, clean production, cleaner product, ofmsw, sustainable consumption, life-cycle analysis, aerobic compost, demolition waste, life cycle inventory (lci), mswi fly ash, chemical recycling, lca method, education for sustainable development, sustainable building, waste electrical, environmental strategies, sustainable agricultural development, iso 14040, recycled waste, sustainability assessment, sustainable forest, passive house, co-compost, waste-to-energy, waste management systems, sustainability education, conservation agriculture (ca), extensive green roof, clean development mechanism, sustainable agriculture., education for sustainable, geological repository, green consumption, waste incineration fly ash, tourism planning, battery recycling, waste landfill, food preservatives, sustainable farming, environmental life cycle assessment, tourism impacts, csr report, sustainable tourism, green supply chain management (gscm), legitimacy theory, waste landfills, municipal solid wastes, iso 2631, incineration fly ash, waste prevention, landfill cover, energy building, sustainability assessments, life cycle impacts, forest management plans, landfill leachates, forest management strategies, recycled plastic, environmental strategy, municipal solid waste (msw), tourism policy, recycling rates, recycling technology, iso 14001, nearly zero energy, environmental management systems, impact category, green construction, leachate treatment, medical waste, clean development mechanism (cdm), waste recycling, ecotourism, waste incinerator, zero-energy building, landfill leachate, waste electrical and electronic equipment (weee), plastic recycling, waste management system, sustainable harvest, global reporting initiative, education for sustainable development (esd), waste-to-energy (wte), ecotour, sustainable agricultural, tourism plan, recycling technologies, waste management practice, corporate sustainability, municipal solid waste incineration fly ash, construction and demolition, corporate social performance, msw landfill, environmental management system, vermicompost, organic fraction of municipal solid waste (ofmsw), sustainability tourism, sustainable agricultural practice, construction and demolition waste (cdw), iso 834, eco-industrial park, cumulative energy demand, life cycle thinking, lca study, waste incineration, acidification potential, tourism sustainability, natural resources management, sustainable agricultural production, waste composting, clean development, recyclable waste, lca methodology, landfill gas, high-level radioactive waste, pro-environmental attitude |
