Climate Change: Framing a Solution
Part 1 ~ Climate Change: Grand Challenges
Part 2 ~ Climate Change: Framing a Solution
Part 3 ~ Sustainability Framework for Carbon Reduction
Sustainability Framework for Carbon Reduction (entire article)
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Framing a Solution
Civic and corporate entities tackle climate change through sustainability and corporate social responsibility (CSR) frameworks based on the global initiatives and carbon accounting methodologies, the Greenhouse Gas Protocol is a common method of accounting for carbon emissions.
Corporate sustainability frameworks are structured around organizational principles and the bigger picture of creating efficiencies that not only lower emissions but create more cost effective, safer and environmentally sound processes. The complexity of the framework is dependent on the size of the organization as well as the "buy-in" of the participating members of the organization.
Yet, how can a smaller organizations participate and potentially drive demand (for a green economy) to the corporations that produce and market carbon intensive products as well as driving demand for civic institutions from a neighborhood to a town, city county and state work within a carbon reduction framework?
Engagement
To date, the top down approach such as a worldwide effort with the Kyoto Protocol, to The Regional Greenhouse Gas Initiative (RGGI) to corporate and civic level initiatives have left smaller organizations and households to participate in their own ways whether it is driving an electric car that may or may not be powered by a green energy mix or the purchase of certified products that promote a green lifestyle.
The consumer has created a scattershot of practices from recycling or driving an electric car to lower their footprint. While this is good intentioned, there may not be any baselining of carbon reducing practices that can be measured and improved upon over time following a specific framework.
With the USDA Organic Certification, a method of agriculture has been marketed as a green lifestyle choice attained through the purchase of certain certified products, leaving the consumer to think that they are helping the environment. “I only buy organic” is a common refrain of the modern day consumer. The consumer aligns with a method of agriculture through their purchases, though that is only part of the carbon reduction puzzle.
Yet, it is hard to know whether buying an organic head of lettuce from the local food cooperative is grown locally or trucked from far away. Though due to the scale of an organic lettuce operation in a far away place this method may have a lower per unit carbon footprint than the locally purchased head of lettuce trucked in by a panel van to a distributor that supplies the local food coop. Understanding the emissions in the supply chain is a difficult concept that can work in either direction despite the agricultural method, organic or traditional that is employed.
The Victory Garden
Looking back in recent history, from an American perspective, the country as a whole seems to engage through shared adversity whether it is a natural disaster or a war. The collective idea that we as citizens, are all in this together, leads to a collective effort towards a purpose or a goal. During these events, efficiencies through sustainable practices are realized, whether they are intended or not.
The Victory Garden movement is a good example of a collective effort on a national scale to plant gardens on a community level not only to conserve fuels and the labor force needed within the agricultural supply chain, but to create community well-being from the hard work, sense of accomplishment and nutrition available from a local food source.
In 1917, Charles Lathrop Pack one of the five wealthiest Americans prior to World War I, whose family’s timber empire was later diversified into real estate investments and philanthropy, organized the US National War Garden Commission in 1917, with the goal of putting idle land into agricultural production.
This approach engaged the citizenry, three million garden plots were planted in 1917 growing to five million in 1918, primarily to support the war effort so that local communities could feed themselves with the larger agricultural production supporting the allies in the war effort. Concurrently in Canada the motto “a garden in every home” brought expert gardeners into schools and promoted gardening and home based chicken coops for egg production.
By localizing food production, a portion of the fuel and labor resources that would typically be used for large scale agricultural production and transportation could be repurposed due to the savings for the war effort.
In the early 20th century local food production was in part influenced to the work of George Washington Carver, who was born into slavery and had a lifelong passion for the natural world. Carver's passion for botany led to a college education and later as a professor at the Tuskegee Institute. His early work was based on techniques of diversifying crops for poor farmers beyond the common cash crops of the day. Carter promoted crop rotation as well as soil conservation. Carver published Natures garden for Victory and Peace a detailed pamphlet describing numerous nutritional and medicinal uses for common plants.
With World War II, the victory garden movement was revitalized through necessity in Britain with food rationing and as a patriotic duty to support the war effort in the United States. In 1943 Eleanor Roosevelt planted a victory garden on the white house lawn while up to 18 million victory gardens were planted nationwide, 12 million in the cities and 6 million in rural areas.
Victory Garden Film USDA 1942 with modern restoration and notation.
Many gardeners followed the framework of Victory Gardens for Every Family by the New York based National Victory Gardens Institute. This easy to understand pamphlet along with other publications aimed at home, workplace and civic gardens provided a framework of common understanding to a methodology to participate on an individual level towards a larger goal in supporting the war effort.
The typical household of the WWWI and WWII era had a larger average of occupants, the gardens at the time were larger than today's standard garden. The ubiquity of made from scratch cooking and home canning as well as other preservation techniques dealt with the surplus home production. Many of the gardens during WWII were using organic methods since the marketing of synthetic fertilizers reached the mainstream after the war. Synthetic fertilizers were primarily used in larger agricultural methods, primarily corn.
Mechanization and a global supply chain has shifted household food acquisition from the yard to the supermarket, delivery and the high carbon footprint ready to cook meal subscription. By localizing food production with the primary goal of national fuel savings in WWI and WWII can now be repurposed towards the goal of reducing carbon emissions in the supply chain of a modern food delivery system.
Framework for Household Reduction of Carbon Emissions
In WWI and WWII, citizens responded to the threat of war following a national campaign with a defined framework. Local ingenuity refined the processes that have since been handed down through generations of gardeners. Today's threat is climate change and the immediate need for mitigating future warming of the planet beyond 2 degrees Celsius.
The Gardens of Victory / Office of Civilian Defense
The Victory Garden campaign engaged 51% of US Households during WWII. With potential social media engagement there is the potential to reach a similar civic engagement rate by extending a Victory Garden response to a global threat, climate change.
https://garden.org/special/pdf/2014-NGA-Garden-to-Table.pdf
Comparing the participation in gardening through these three eras, two of which were world wars and the third era perhaps a larger battle for the survival of the planet. Participation in 1943 seemed to be the height of the American gardening movement with ⅓ of national vegetable production originating in a victory garden. The Victory Garden movement is an excellent example of a purposeful civic campaign that yielded results by engaging numerous sectors of the society in a common cause.
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Part 1 ~ Climate Change: Grand Challenges
Part 2 ~ Climate Change: Framing a Solution
Part 3 ~ Sustainability Framework for Carbon Reduction
#ClimateChange #Sustainability #Seattle #Washington #CO2 #Carbon #Solar #Microgrid
設計總監 - 山水國際建築設計工作室
6yFuture Center 植物能發電並點亮LED燈泡?來看看這是什麼操作 由創意中心 1小時以前 創意中心的目標→植物發電 https://s.yam.com/3bfYq https://www.ledinside.com.tw/news/20181219-35796.html 植物能發電並點亮LED燈泡?來看看這是什麼操作 2018-12-19 17:42 [編輯:pin] 據報導,科學家開發出一種方法,利用活的植物發電從而點亮LED燈泡,提供了一種可持續發電的「綠色」解決方案。這種能發電的植物由天然的和人造的葉子製成,當風吹向植物並移動樹葉時,就能產生電。 來自義大利理工學院(IIT-Istituto Italiano di Tecnologia)——位於義大利比薩(Pisa)蓬泰代拉(Pontedera)——的跨學科機器人專家與生物學家研究發現 ,活的植物可以幫助發電。並且,該研究結果已發表在《高級功能材料》(Advanced Functional Materials)雜誌上。 (圖片來源:Pixabay) Fabian Meder帶領的研究團隊發現,活的植物可以通過一片葉子產生超過150伏的電壓,足以同時點亮100個LED燈泡。研究人員還表明,由天然和人造樹葉製成的「雜交樹」可以作為一種創新的「綠色」發電機,將風力轉化為電力。 據悉,在上一次研究中,該團隊對植物進行了研究,並發現在經過不同物質或風觸碰時,葉子就能產生電能。 大多數植物葉片自然提供特定的成分,所以某些葉子結構能夠將施加在葉子表面的機械力轉換成電能。具體來說,由於接觸起電的過程,葉片能夠在其表面聚集電力。然後,這些電力立即被傳送到植物的內部組織中。植物組織的作用類似於「電纜」,並將產生的電力輸送到植物的其他部分。因此,只要簡單地將「插頭」連接到植物莖桿上,所產生的電力就可以收集起來,給電子設備供電。 在這篇論文中,研究人員還首次描述了如何利用這一效應將風力轉化為電力。因此,研究人員修改了一棵夾竹桃樹,用人工樹葉來觸摸天然的夾竹桃葉片。當風吹向植物並移動樹葉時,「雜交樹」會產生電力。產生越多的電力,就會觸碰越多的葉子。如此一來,通過開發一棵樹上甚至一片森林裡葉子的整個表面,能夠很容易地擴大規模。
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6yhttps://m.youtube.com/watch?v=0nsvYv0xvB4&feature=youtu.be#menu
設計總監 - 山水國際建築設計工作室
6y城市在夏天飽受熱浪的侵襲,這些全球總數56億台的空調,是增加熱島效應的元兇,有錢人的專利,可是多數沒錢的人類飽受高溫的 痛苦。 全球氣候變化,都是即得利益在作怪,從人類發明工業革命開始,已經在惡性循環。 笨蛋的人類,只為錢服務,不為這星球永續服務。 讓元凶及即得利益者,主導全球氣候變化的主導權,難怪全球氣候變化,這麼困難解決,只會說英語來解決,沒有用通俗的大眾語言及大量的翻譯來訴求全人類,讓沒錢大部份的人類曚在鼓裡,有好處自己先拿去,商業即得利益者,死不放手,這個共同居住的星球,很快亡矣。地球人: Tony Hsu
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6yGood statistics, it would be nice if the organic farms will be engaged into the county-agricultural tourism trips for both domestics and international tourists.