Here is an excerpt from the 2017 APA Mental Health on Climate white-paper:
The ability to process information and make decisions
without being disabled by extreme emotional responses is
threatened by climate change. Some emotional response is
normal, and even negative emotions are a necessary part of
a fulfilling life. In the extreme case, however, they can interfere
with our ability to think rationally, plan our behavior, and
consider alternative actions. An extreme weather event can
be a source of trauma, and the experience can cause
disabling emotions. More subtle and indirect effects of
climate change can add stress to people’s lives in varying
degrees. Whether experienced indirectly or directly, stressors
to our climate translate into impaired mental health that can
result in depression and anxiety (USGCRP, 2016). Although
everyone is able to cope with a certain amount of stress,
the accumulated effects of compound stress can tip a
person from mentally healthy to mentally ill. Even uncertainty
can be a source of stress and a risk factor for psychological
distress (Greco & Roger, 2003). People can be negatively
affected by hearing about the negative experiences of
others, and by fears—founded or unfounded—about their
own potential vulnerability.
PHYSICAL HEALTH AND MENTAL HEALTH
Compromised physical health can be a source of stress
that threatens psychological well-being. Conversely, mental
health problems can also threaten physical health, for
example, by changing patterns of sleep, eating, or exercise
and by reducing immune system function.
Although residents’ mental and physical health affect
communities, the impacts of climate on community health
can have a particularly strong effect on community fabric
and interpersonal relationships. Altered environmental
conditions due to climate change can shift the opportunities
people have for social interaction, the ways in which they
relate to each other, and their connections to the
Link to article: https://www.apa.org/news/press/releases/2017/03/mental-health-climate.pdf
Among the global efforts to remove litter and material waste from our environment is the environmental conservation organization the Alcedo Sanitizing Force.
Based out of Bandar Lampung, Indonesia, these trash warriors introduce themselves as a “Bunch’o youngsters attemptin to banish plastic pollution from the ecosystem! We r the Sanitizers, we will neva surenda”.
Using a hand-made bamboo “ARP” to quickly and efficiently pick up trash they are well-equipped to fight pollution–not to mention the cool team outfit!
Check out there IG: @asf_trash.warriors
With over 23 million trees planted since 1984, Plant With Purpose programs and activities are designed to foster long-term impact by equipping families to use their own God-given abilities to address the problems they face. Through an integrated approach to community development, they work to get at the roots of three facets of poverty—environmental, economic, and spiritual.
How is this possible? Plant With Purpose’s programs help families to increase farm yields, heal damaged ecosystems, improve nutrition, increase household savings, and provide greater economic opportunity. Combined, this integrated program solves two major issues facing the world today: environmental degradation and rural poverty.
There are a variety of ways to get involved with Plant With Purpose including sponsorship, internships, fellowships and volunteering. Visit their website: https://www.plantwithpurpose.org/ to learn more about how you can get involved!
As posted in the MIT Technology Review earlier this year, we are developing a new “hot solar cell” technology.
By converting heat to focused beams of light, a new solar device could create cheap and continuous power.
Solar panels cover a growing number of rooftops, but even decades after they were first developed, the slabs of silicon remain bulky, expensive, and inefficient. Fundamental limitations prevent these conventional photovoltaics from absorbing more than a fraction of the energy in sunlight.
But a team of MIT scientists has built a different sort of solar energy device that uses inventive engineering and advances in materials science to capture far more of the sun’s energy. The trick is to first turn sunlight into heat and then convert it back into light, but now focused within the spectrum that solar cells can use. While various researchers have been working for years on so-called solar thermophotovoltaics, the MIT device is the first one to absorb more energy than its photovoltaic cell alone, demonstrating that the approach could dramatically increase efficiency.
Visit the full source article here!
Until now. Beginning in 2015, a pair of Google Street View cars, equipped with high tech “mobile labs” developed by San Francisco–based startup Aclima, crisscrossed the streets of West Oakland taking second-by-second samples of the area’s air. They tested for nitrogen dioxide and a type of pollution known as black carbon (bad for your heart and lungs, not to mention the planet), as well as nitric oxide. The cars hit every stretch of pavement, from tiny cul-de-sacs to truck-choked Peralta Street, multiple times, taking millions of measurements.
There are three stationary air pollution monitors for all of Oakland, which reveal the city’s air quality as a whole. But the Street View cars can tell you what the air is like at, say, the corner of Market Street and Grand Avenue—basically anywhere you can drive a Street View car. They can even tell you how the air varies from one end of a single block to the other for a truly hi-res view of the problem.The result: one of the largest and most granular data sets of urban air pollution ever assembled in the world.
Quoting Google’s interview on Aclima: “We visited each block on between 20 and 50 different days over the course of a year,” says Joshua Apte, an engineering professor at the University of Texas at Austin. In the process, they were able to identify patterns they wouldn’t have otherwise seen. “If pollution spikes for an instant, it may or may not be such a bad thing. But if pollution is consistently high, that’s something we really should care about.”
Imagine what difference awareness on air pollution can make when this information becomes more accessible!
Visit https://aclima.io/ for more information!
The Plastic Bank is an organization setting out to stop ocean plastic and poverty by turning waste into currency! The Plastic Bank is a root cause solution to prevent the flow of plastic into our oceans using Blockchain technology.
Partnering with IBM to unite & empower recycling ecosystems to safely transfer as much value as possible into the hands of collectors, Plastic Bank’s mission is to stop Ocean Plastic by gathering a billion people together to monetize waste while improving lives.
Plastic Bank was the featured solution to stop Ocean plastic in the award-winning documentary A Plastic Ocean. They received the prestigious Sustainia Community Award at COP21 during the Paris Climate Summit, the RCBC innovation award, and recently their new Blockchain exchange & incentives platform received an IBM Beacon Award.
Visit their website to find out more on how you can get involved, their work in Haiti and many other videos!
A hard truth to swallow, but according to Rozalia Project, we are eating our fleece! Rozalia Project has developed the Cora Ball microfiber catcher, the first human-scale, consumer solution to synthetic microfiber pollution in our ocean, lakes and rivers. Check out their successful Kickstarter Campaign here: https://www.kickstarter.com/projects/879498424/cora-ball-microfiber-catching-laundry-ball
The single biggest pollution problem facing our ocean is microfiber: trillions of pieces of tiny fibers flowing into the ocean – every time we use our washing machines. Our clothing is breaking up, sending this microfiber (made of plastic and chemical-covered non-plastics) out with the drain water – just one fleece jacket could shed up to 250,000 pieces per garment per wash [source]. New York City, alone, could have 6.8 billion microfibers flowing into its harbor every day. We are all contributing to this problem. Learn more about the problem of microfiber pollution here. http://rozaliaproject.org/stop-microfiber-pollution/
Eden Reforestation Projects, a California Registered 501(c)(3) non-profit organization, reduces extreme poverty and restores healthy forests in Haiti, Madagascar, Ethiopia, and Nepal by employing local villagers to plant millions of trees every year.
Eden currently has projects in 4 countries, with 139,897,936 trees planted over 1,398,979 workdays created with 1176 members as of September 2017!
The destruction of healthy forest systems causes so many different problems. Trees provide a habitat for animals, purify water sources, control flooding and erosion and help to replenish the soil with nutrients needed for farming. When farmers can’t grow anything their farms fail and they have no option but to move to the overcrowded cities looking for work. Often they have to resort to selling themselves or their families into slavery just to survive.
Eden has started by hiring the local villagers to plant trees. This gives them a decent income so they can provide for their families again. As the reforestation effort goes on, healthy forests begin to emerge and all the negative effects of deforestation begin to disappear.
Find out more about how you can get involved with Eden Reforestation Projects online!
Let us welcome the “OBRIST C-Transformer.” It is a machine that founder Frank Obrist says “will help nature do what nature does best. Just a little bit faster. For our future.”
Although the machine is in prototype, the team has offered details on how it will operate: “Navigating through the forest, the OBRIST C-Transformer will char trunks of old trees and dig the biochar into the forest soil, binding its carbon. This very fertile soil will become the nursery for fresh tree seeds to that new vegetation can immediately start to grow. It will also have the capability to plant new trees within the fertile soil that is created.
Obrist has stated that they work closely with permaculture experts and scientists who continuously make sure that the natural balance of the environment is maintained. He says they also use a “thrice-conducted spiral route” for the OBRIST C-Transformer that will ensure every area will only be prepared and processed once every 45 years. They offer a video explanation and further details to answer some of our immediate questions.
Go through their “choose-your-own-adventure” style FAQ section and start the conversation by sharing your ideas! They are openly admitting that there are some issues still needing to be resolved. You can also check out input from other people.
Check out this project online and decide how you would like to get involved. Watch over, support the OBRIST C-Transformer Crowdfunding project that seeks to protect our world and humanity.
A UK-based team of researchers has created a graphene-based sieve capable of removing salt from seawater.
The sought-after development could aid the millions of people without ready access to clean drinking water.
The promising graphene oxide sieve could be highly efficient at filtering salts, and will now be tested against existing desalination membranes.
It has previously been difficult to manufacture graphene-based barriers on an industrial scale.
Reporting their results in the journal Nature Nanotechnology, scientists from the University of Manchester, led by Dr Rahul Nair, show how they solved some of the challenges by using a chemical derivative called graphene oxide.
Isolated and characterised by a University of Manchester-led team in 2004, graphene comprises a single layer of carbon atoms arranged in a hexagonal lattice. Its unusual properties, such as extraordinary tensile strength and electrical conductivity, have earmarked it as one of the most promising materials for future applications.
But it has been difficult to produce large quantities of single-layer graphene using existing methods, such as chemical vapour deposition (CVD). Current production routes are also quite costly.
On the other hand, said Dr Nair, “graphene oxide can be produced by simple oxidation in the lab”.
He told BBC News: “As an ink or solution, we can compose it on a substrate or porous material. Then we can use it as a membrane.
“In terms of scalability and the cost of the material, graphene oxide has a potential advantage over single-layered graphene.”
(Visit the source article via BBC news online!)