1. Techniques et Sciences appliquées
  2. Sciences et techniques industrielles

EAN13
9782759821990
Éditeur
EDP sciences
Date de publication
23 février 2021
Collection
MATERIAUX
Série
Sustainable materials science-environmental metallurgy
Nombre de pages
650
Dimensions
24 x 16 x 3,2 cm
Poids
1200 g
Langue
eng

2, Sustainable Materials Science-Environmental Metallurgy, Volume 2. Pollution And Emissions, Biodiversity, Toxicology And Ecotoxicology, Economics And Social Roles, Foresight

Jean-Pierre Birat

EDP sciences

Prix public : 149,00 €

The present book is the continuation of a first volume, which dwelt on fairly classical materials science and environmental issues. This second volume of «Sustainable Materials Science» explores more broadly the connection of materials with the biosphere, the anthroposphere and society. There is a shift, therefore, from a STEM approach (Science, Technology, Engineering and Mathematics) to an SSH one (Social Sciences and Humanities). This book is meant for students, researchers, engineers, social scientists and concerned citizens interested in how materials, nature and people interact. This volume concentrates on emissions to air, water and soil, on the connection with health and toxicology, climate change and the c collapse of biodiversity. It shows how materials exhibit a social value, in addition to their engineering properties and economic valuation. Materials also provide ecosystems services in the realm of industrial ecology. They are definitely social constructs. They exhibit agency. Their role, in their value chains, can be described in terms of Actors Network Theory (ANT). This book is unique in its approach of overarching so many fields of knowledge. There are excellent treatises on materials science and on industrial ecology. However, the connection of materials with the social dimension of sustainability is rarely discussed elsewhere and the pluridisciplinary cocktail of approaches used here is truly new. The book positions itself in a worldview of four intersecting dimensions: materials and energy, space and time.
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