Solutions

More than 150 countries sign up for global vaccine plan LONDON (AP) — More than 70 rich countries have signed up to a global coronavirus vaccine initiative intended to ensure that any effective shots are fairly distributed around the world - but which... AP NEWS

 Associated Press   July 15, 2020

By Masria Cheng

A health worker wearing Ebola protection gear at a Biosecure Emergency Care Unit treatment center in Beni, Democratic Republic of Congo.CreditCreditBaz Ratner/Reuters

Donald G. McNeil Jr. - NYTimes - August 12th 2019

In a development that transforms the fight against Ebola, two experimental treatments are working so well that they will now be offered to all patients in the Democratic Republic of Congo, scientists announced on Monday.

The antibody-based treatments are quite powerful — “Now we can say that 90 percent can come out of treatment cured,” one scientist said — that they raise hopes that the disastrous epidemic in eastern Congo can soon be stopped and future outbreaks more easily contained.

CLICK HERE - The Great Green Wall for the Sahara and the Sahel Initiative as an opportunity to enhance resilience in Sahelian landscapes and livelihoods

goodnewsnetwork.org - by McKinley Corbley - Mar 31, 2019

More than 20 African countries have joined together in an international mission to plant a massive wall of trees running across the continent – and after a little over a decade of work, it has reaped great success.

The tree-planting project, which has been dubbed The Great Green Wall of Africa, stretches across roughly 6,000 miles (8,000 kilometers) of terrain at the southern edge of the Sahara desert, a region known as the Sahel.

The region was once a lush oasis of greenery and foliage back in the 1970s, but the combined forces of population growth, unsustainable land management, and climate change turned the area into a barren and degraded swath of land . . . 

Solar still in water. QIAOQIANG GAN, SUNY BUFFALO

buffalonews.com - by T.J. Pignataro  - October 15, 2017

Distilling water using the sun’s rays . . . a University at Buffalo startup has found a quick way to do it . . . and it could transform how potable water gets to people in developing countries or in areas stricken by natural disasters like earthquakes or hurricanes.

The university’s Sunny Clean Water startup said its method is nearly three times as fast as the industry standard . . . 

. . . The process uses a floating solar still and a specially-engineered carbon-based cloth to capture, desalinate and purify as much as a liter of water every three hours in a prototype developed by UB associate professor of electrical engineering Qiaoqiang Gan, Singer and other university electrical engineering students.

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