A number of excellent reports and papers have passed through my reading list and feeds in the last week or so, that together represent a wonderful view on regenerative sustainability co-benefits.
Health co-benefits from air pollution and mitigation costs of the Paris Agreement: a modelling study
The Lancet Planetary Health , Volume 2 , Issue 3. Although the co-benefits from addressing problems related to both climate change and air pollution have been recognised, there is not much evidence comparing the mitigation costs and economic benefits of air pollution reduction for alternative approaches to meeting greenhouse gas targets. We analysed the extent to which health co-benefits would compensate the mitigation cost of achieving the targets of the Paris climate agreement (2°C and 1·5°C) under different scenarios in which the emissions abatement effort is shared between countries in accordance with three established equity criteria.
Harvard University examined a subset of green-certified buildings over a 16-year period in six countries: the U.S., China, India, Brazil, Germany and Turkey. Known as HEALTHfx, the study found nearly $6 billion in combined health and climate benefits.
Related see also http://forhealth.org
The Healthy Buildings Team created the 9 Foundations of a Healthy Building as a standardized, holistic approach to understanding how buildings impact the people inside them. In any indoor space – offices, homes, schools, airplanes – these foundations can be assessed via Health Performance Indicators, or HPIs. Derived from the business term Key Performance Indicators, HPIs are metrics that provide insight into how a building is performing.
By tracking HPIs on all 9 Foundations of the built environment, we can discover how to optimize buildings for health. We call this “Buildingomics”: the totality of factors in the built environment that influence human health, well-being and productivity of people who work in those buildings.
CoBE (Cobenefits of the Built Environment) is a tool to determine the health and climate benefits related to reductions in energy use. Reducing a building’s energy consumption reduces amount of energy produced by power plants, resulting in fewer emissions of pollutants that contribute to climate change and cause premature mortality, hospitalization, and lost school or work days.
Welcome to the Doughnut Dialogues, inspired by Kate Raworth’s book Doughnut Economics: seven ways to think like a 21st century economist. This looks a brilliant platform to debate ideas, share links and examples, and start new conversations relating to Doughnut Economics see https://discuss.doughnuteconomics.org
The electronic Materials Passports developed in BAMB aim to be a one stop shop for material information. Materials Passports developed in BAMB are sets of data describing defined characteristics of materials in products that give them value for recovery and reuse, aiming to
- Increase the value or keep the value of materials, products and components over time
- Create incentives for suppliers to produce healthy, sustainable and circular materials/building products
- Support materials choices in Reversible Building Design projects
- Make it easier for developers, managers and renovators to choose healthy, sustainable and circular building materials
- Facilitate reversed logistics and take back of products, materials and components
Not a new document but is now being re-published in 6 instalments. From offices and schools to hospitals and hotels, the case is made for incorporating nature into the spaces we live and work.
The complex and evolving language used in the sustainable design community can be very challenging, particularly to those new to environmentally friendly and resource-efficient design strategies that are needed today.
Still to review this in full, but looks a good compliment to the work from COST RESTORE Working Group One Language of Sustainability report (available early April)