Take the “Slow life” route to sustainable development

thought you might be interested in this item from the Japan for Sustainability organisation. It contains within it the seeds of an excuse when anything is late, but might also be of real interest in the cause of sustainability.



“Do you feel restless when you’re not busy? Do you feel uneasy when you’re not working hard? You don’t have to live that way!” This is the unexpected message on the back of business cards of employees at the Iwate Prefectural Office. Iwate Prefecture issued a “Take-It-Easy Declaration” in 2001 to launch a movement away from the prevailing ethos of economic efficiency. Iwate’s case is explained below.



“Let’s make our life in the new century more human, more natural, and more simple”-these ideas indicate Iwate’s ideal, epitomised by its “take-it-easy” slogan. For example, Iwate’s approach to buildings is to conserve traditional wooden houses that stand in harmony with nature, rather than to cut forests to make way for state-of-the-art buildings. Such a sense of harmonious coexistence between nature and humans is highly valued in Iwate’s take-it-easy movement.



In Japan, the words “gambaru” (meaning ‘I’ll work hard’) and “gambare” (meaning ‘You work hard’) are often used in daily life. Surprisingly, Iwate has chosen a negative form, “gambaranai” (meaning ‘take-it-easy’), for the Declaration. “The expression ‘working hard’ has been a symbol of the high economic growth period in Japan,” said Governor Hiroya Masuda of Iwate Prefecture. “Iwate’s Take-It-Easy Declaration might appear to encourage laziness, but in fact it does not. Rather, it symbolizes our intention to live a more natural life.”



Iwate tried to reach a larger audience by placing national newspaper advertisements for its “Take-It-Easy Declaration.” The slogan, encouraging an intentional shift away from contemporary values emphasizing economic efficiency, has been well received by people across the nation. Not only Iwate but also other local governments are campaigning for a more relaxed and comfortable lifestyle instead of the current lifestyle characterized by efficiency and speed. In the last couple of years, increasing numbers of municipalities have joined this movement, for example, by adopting “Slow Life” as their slogan and by assigning a “Slow Life Month” for special events to raise residents’ awareness of slower lifestyles. A remarkable effort by one of the pioneer municipalities, Kakegawa City in Shizuoka Prefecture, has been described in a previous JFS article.



Kakegawa City, which adopted the nation’s first “City Declaration of Lifelong Learning” in 1979, has been actively promoting the development of human and community resources through lifelong learning. The city’s twenty-year experience with this endeavour has culminated in the creation of a new vision fittingly called “Slow Life.” Mayor Junichi Shinmura was reelected after advocating Slow Life in his campaign during the most recent municipal elections. Let’s look at the city’s declaration, which was adopted in 2002.



“Slow Life Declaration in Kakegawa”(excerpt) “In the late twentieth century, Japan valued and pursued the “fast, cheap, convenient, and efficient” life that brought us economic prosperity. However, it also caused problems such as dehumanization, social ills, and environmental pollution. We would like to move forward, with the slogan “Slow Life,” to achieve “slow, relaxed and comfortable” lifestyles, and shift from a society of mass production and mass consumption, to a society that is not hectic and does cherish our possessions and things of the heart.”



“Humans live about 700,800 hours (assuming an average life expectancy of 80 years), of which we spend about 70,000 hours working (assuming we work for 40 years). The remaining 630,000 hours are spent on other activities, such as eating, studying, and leisure, including 230,000 hours sleeping. Until now, people often focused their lives on these 70,000 hours<

Ano da Publicação: 2003
Fonte: WARMER BULLETIN ENEWS #33-2003: November 9, 2003
Autor: Kit Strange/Warmer Bulletin
Email do Autor: bulletin@residua.com

Check Also

Isopor, é possível reciclar

BY RICARDO RICCHINIIN RECICLAGEM DE ISOPOR — 14 JAN, 2015 Maioria dos brasileiros não sabe …

Generic selectors
Pesquisar o termo exato
Procurar em títulos
Procurar nos conteúdos
Filtrar por categorias:
Thermal Treatment
Bioreatores
Vazadouros
Resíduo Proveniente da Serragem de Rochas Graníticas
Centrais de Reciclagem
Resíduos de Madeira
Reciclagem de vidro
Reciclagem de Isopor
Resíduos Gasosos
Aproveitamento energético do biogás
Estações de Transferência/Waste Transfer Stations
Privatization of Public Services
Accidents in the waste industry
Leachate treatment
Plásticos no lixo urbano; caracterização
Gestão de limpeza urbana
Entulhos de Obras de Construção Civil
Biovidros
Resíduos Sólidos de Construção e Demolição
Cimento amianto
Aterros industriais
Resíduos Agrícolas
Combustíveis
Geomembranas
Hospital Waste
Environmental Remediation
Waste sorting plant
Packaging
recuperação e reciclagem
Gerenciamento de Resíduos
Resíduos de Gesso
Biotecnologia
Gestão de Resíduos de Produtos Eletro-eletrônicos
Licenciamento Ambiental
Reciclagem - Estudos de Caso
Resíduos Espaciais
Zero Waste
Indicadores da Limpeza Urbana
Solid Waste in the United States
Acondicionamento
Waste to Fuel
Patrocinadores
Solid Waste Management
Meio Ambiente
Biodigestão
Reciclagem de Lâmpadas
Metais
Emissões Gasosas
Reciclagem de cobre
Resíduos de Dragagem
Sustentabilidade
Pavimentação
Recycling Technologies
Aviation
Food waste
Ciclo de vida dos produtos
Ação Civil Pública
Resíduos de Saúde
O estado de consumo
Embalagens de agrotóxicos
Recuperação de áreas degradadas
Estória
Qualidade Ambiental (Environmental Quality)
Gases Efeito Estufa
Aproveitamento energético dos RSU através de tratamento térmico
Polymeric Composite Materials
Green house gases
Wood waste
Últimas Notícias
Aluminum Recycling
e-waste
Análise de Custo de Resíduos Sólidos
Energia
Composição dos Resíduos
Gravimetria
Co-processamento
Poluição ambiental
Veículos em fim de vida
Financiamento
Biodegradable Materials
Greenhouse gas emissions
Marine debris
Latest News
Greenhouse gases
Mudanças Climáticas
Reciclagem de Embalagem Tetra Pak
Carvão feito de lixo
Chorume - Gera��o
Reciclagem de CD's
Waste-to-energy
Poluição Atmosférica
Medicamentos
Consórcios
Gasification
Mechanical Biological Treatment - MBT
Public participation
Las Últimas
Bioreactor
Resíduos de Serviços de Saúde
Agenda 21
Plano de Gerenciamento de Resíduos
Coco
Saúde
Reciclagem de óleo
Biocombustíveis
Waste Treatment
Organic Waste
Reciclagem de Carpetes
Solar Energy at Landfill Sites
Reverse Process
Cartilhas
Compostagem
Reciclagem de entulho e restos de obras
Geração de Resíduos
Biodegradabilidade
Gari
Reciclagem de alumínio
Sistemas de Informações Geográficas - SIG
Resíduos Plásticos
Casca de coco
waste collection
Perigos do Lixo
Informal Sector
open dump
Curiosidades
Composto Orgânico
Cestas Coletoras (papeleiras)
Biodiesel
Resíduos da Construção Civil
Metais Pesados
Life Cycle
Pirólise
Legislação
Planos de Gestão de Resíduos
Panorama dos Resíduos Sólidos no Brasil
Hazardous Wastes
Waste Management Indicators
Textile recycling
Eventos
Pesquisa Nacional sobre Saneamento Básico
Saneamento básico
Redução e Reciclagem de lixo
Licitações Públicas
Reciclagem de Madeira
Biometano
Madeira Plástica
Reciclagem de CD’s
Resíduos Agrossilvopastoris
Corona
Leachate
Landfill
Construction and demolition waste
Links
Embalagens
Pneus
Vidro
Preços de Materiais Recicláveis
Histórias
Estudos de caso
Mecanismo de Desenvolvimento Limpo - MDL
Manuais
Planos Municipais de Gestão Integrada de Resíduos
Indicadores ambientais
Anaerobic Digestion
Renewable Energy
China
Biodegradable Municipal Waste
Economia
Limpeza Urbana
Como Fazer...
Biomassa
Baling
Catadores de lixo
Reciclagem de lodo
Reflorestamento
Reciclagem de Veículos
COVID 19
Liner
Food Recovery
Biomethanization
Recycling
Reciclagem de Produtos Eletro-eletrônicos
Responsabilidade Social Corporativa
Inventário de Resíduos Sólidos
Impactos do Lixo
Tratamento e Biorremediação
Gestão Empresarial e Pública
Sacolas plásticas
Landfill Gas to Energy
Resíduos Orgânicos
Valorização Energética
Landfill recovery and restoration
Waste Characterization
Biodegradable plastic
Waste Minimization
PNSB - Pesquisa Nacional de Saneamento Básico
Lixo no Mar
Estatísticas
Educação Ambiental
Políticas Públicas - Aterros Sanitários
Metano
Necrochorume
Lixo Espacial
Reciclagem Têxtil
Marco Legal do Saneamento Básico
Fuel Cells
Circular Economy
Obsolecência planejada
Sanitary Landfill
Recuperação Energética dos Resíduos Sólidos Urbanos
Chorume - Geração
Desenvolvimento Sustentável
Seleção de Áreas para Destino Final de Resíduos
Políticas Públicas
Efeito Estufa
Simbologias de Materiais Recicláveis
Reciclagem de aço
Resíduos de Transporte
PLANARES - Plano Nacional de Resíduos Sólidos
Climate Change
Tranfer Station
Deck Lights
Licitações
Galeria de Fotos
Curiosidades
Especificações Técnicas
Vídeos
Trabalhos Técnicos
Bibliografia

More results...