New paper: Review and Analysis of Strategies for Reducing Life Cycle GHG Emissions of Residential Buildings in Humid
Subtropical and Tropical Climates by Daniel Satola et al. 2021 - A Thread (1/9)

We reviewed more than 70 building LCA studies in climate regions common in the Global South, studying building cases from Asia, Oceania, South America and North America. We conduct detailed analyses ...
(2/9)
...based on a final sample of 36 building cases which were fit for harmonization of results. Therein, life cycle GHG emissions show a wide range of 491 to 4811 kgCO2eq/m2. To understand more: First, how structural material choice is influencing emissions...
(3/9)
...we study both embodied and life cycle GHG emission in relation to primary materials used in the building structure. This shows lowest embodied emissions with wood as structural material, and potentially low emissions from use of concrete (non-reinforced). Second,... (4/9)
...we investigate specific design strategies applied in the different cases to analyse their potential for reducing operational and/or embodied GHG emissions. Substantial embodied GHG emissions reduction can be achieved by use of local materials, ... (5/9)
... wood-based structures and extended service life, among other strategies.
Strongest potential for reducing operational emissions is use of photovoltaics, thermal improvement of building envelope, among other strategies. PV shows trade-offs with embodied emissions. (6/9)
Energy and grid electricity mixes have strong influence as well. Find more on energy mixes and other relevant aspects in the paper. Below the full table of building design strategies we investigated and their respective reduction potential. Thanks for your interest!
(7/9)
Find the full paper here open access:
https://t.co/FsQjSR6C2f

Satola, D.; Röck, M.;
Houlihan-Wiberg, A.; Gustavsen, A.
Life Cycle GHG Emissions of
Residential Buildings in Humid
Subtropical and Tropical Climates:
Systematic Review and Analysis.
(8/9)
Thanks to Daniel Satola for inviting me to contribute to this paper and the analysis of cases in his review. We also added the buildings to our larger building LCA dataset and will present further analyses in the future, so stay tuned!✌ (End)

More from Climate change

I previously 👇 documented 20 mechanisms through which climate change is 𝘢𝘭𝘳𝘦𝘢𝘥𝘺 disrupting food production.

Below I am adding to the list including several newly documented mechanisms. 

 *thread*


Several primary impacts relate to altered soil & plant chemistry & biology:

1. Disruption of the phosphorous cycle - the second most vital element for plants after nitrogen


2. Decreased content of key nutrients in major

3. Reduced chill hours required for many plants to bloom normally in the

Other additional primary impacts include:

4. Fossil fuel pollution impacts on crops - this is not a result of climate change per se, but is included since it is due to the same root cause (fossil fuel use):
So What Really Went Down During The Flood In High River Alberta ? Was Something Else Going On ~ DUMB Question? The High River Flood 5 Years Ago - Heartland

What’s The Big Business In Town ~ High River Ab?

https://t.co/TiqRwudadP


Interesting ....And Then We Have That Fundraiser ~ Tom Jackson


Tom Has A Big Heart ♥️ Great Read ~ The People Connected https://t.co/T5Xf5yJM59


Stay With Me And Let’s See Where This Leads Us Q Patriots!
Look Here 👇 What’s #yyc & #yql ?
The forests of Russia, Mongolia, Canada, Scandinavia and the US will experience unprecedented destructive heat by 2029 with staggering consequences for life on Earth.


Feedback loops created by permafrost melt & wildfire destruction represent just a few of the terrifying effects of climate change on boreal forest ecosystems, which are particularly at risk to rising temperatures. ⚠️🔥

https://t.co/zZNKrRnqoZ

Massive wildfires are already here.


More forest fires are burning in the Arctic in recent years than any time in the last 10,000 years.

🔺these massive arctic fires are showing worrying signs of becoming a vicious cycle

Wildfire-related carbon releases from permafrost regions will quadruple within decades.

Arctic wildfires, impacted by global warming, are in turn contributing to more climate breakdown.

🔺An increase in boreal & tundra fires in the future will enhance permafrost thawing.

You May Also Like