Lake Tanganyika and Lake Victoria fresh waters to increase water supply


Photo credit: Daily News

Lake Victoria

Grand Lake Victoria water project ushered in


THE Prime Minister, Mr Kassim Majaliwa, has announced a grand water distribution project in four regions of Katavi, Rukwa, Simiyu and Tabora by harnessing Lake Tanganyika and Lake Victoria fresh waters to increase water supply, hence permanently addressing water woes in the regions.

Mr Majaliwa revealed that while addressing residents of Majengo residents in Sumbawanga Municipality in Rukwa Region on Wednesday shortly after laying a foundation stone on a mega-water project funded by the European Union and Government of Germany through its development bank, KfW, at the cost of 32bn/-.

“The government is looking at the possibility of harnessing Lake Tanganyika’s fresh waters from Karema Village in Tanganyika District (Katavi ) as well as Kasanga Port in Kalambo District in Rukwa Region for use in those municipalities as well as all villages in which the project will pass through”, he said.

In the same vein, the PM said that water supply in Shinyanga Region, as harnessed from Lake Victoria would be pumped into Igunga and Nzega districts in Tabora Region. Also, the water project in Busega District in Simiyu Region will be extended to Bariadi, Itilima, Meatu and Maswa districts in the region.

Mr Majaliwa cautioned that environmental degradation in Rukwa and Katavi regions could lead to desertification if stern measures are not taken to curb it and plant many trees to check climate change effect.

Read the full article: Daily News

How to grow forests in the desert with sewage


Photo credit: Inhabitat

Located about two hours from Cairo, the Serapium forest is part of a program initiated by the Egyptian government in the 90s. The 200-hectare plantation is home to a variety of native and non-native trees, including commercially valuable species like eucalyptus and mahogany. Though the soil in this area would normally be too devoid of nutrients to support new tree growth, researchers have found that by watering the trees with sewage effluent, the plants are able to flourish. The wastewater provides so many nutrients that additional fertilizer isn’t even necessary.

Egyptian researchers discover a way to grow forests in the desert with sewage


Desertification is a major issue throughout Africa, but there’s a simple way to stop the spread of deserts into fertile land: planting forests. The problem is that in the regions hardest hit by the phenomenon, there simply isn’t enough clean water to properly nurture the trees and keep them healthy. But an innovative project in Egypt proves that it can be done using repurposed wastewaterinstead of tapping into the sparse fresh water supply. The trees grown in the forest are thriving, and in fact, the eucalyptus trees have been found to produce wood at four times the rate of pine plantations in Germany.

Read the full article: Inhabitat

What it means for growth, people and climate action in the Asia-Pacific



Reversing deforestation, restoring landscapes

Asia Pacific – Regional leaders gathered this month in Brunei Darussalam to discuss ways to slow, halt and reverse deforestation in the Asia-Pacific. But what does it mean to ‘reverse’ deforestation? And how can it be done without reversing the rapid development that supports the economies and livelihoods of the region?

In discussion at the 2016 Asia-Pacific Rainforest Summit, experts in government, research and development addressed these questions in a panel session titled ‘Restoring our rainforests’. Panelists in the session argued that reversing deforestation does not simply mean reforestation, but requires an approach that integrates the goal of restoring forests with other diverse objectives within the forest landscape, including livelihoods, economic growth and climate change mitigation and adaptation.

Read the full article: CIFOR


30 percent of India’s agricultural land is turning into desert


Photo credit: ASM

Satellite mapping is helping to monitor and raise awareness of India’s rapid loss of agricultural land. (Credit: University of Omaha)

Satellites Observe India Desertification at Alarming Rate

A new analysis of satellite images shows that nearly 30 percent of India’s agricultural land is turning into desert, and the rate of soil degradation is increasing at an alarming rate. The report by the Indian Space Research Organization (ISRO) says that land degradation now affects 96 million hectares (237 million acres), or 30 percent of India’s agricultural lands.

Read the full story: ASM

2.5 Million Seedlings to Tackle Desertification



Nigeria: Jigawa Distributes 2.5 Million Seedlings to Tackle Desertification

Dutse — The Jigawa State government has flagged off this year’s tree planting campaign against desertification with the distribution of 2.5 million seedlings to the people of the state.

The state governor, Mohammed Badaru Abubakar, who stated this in Dutse, said the seedlings for this year’s programme were mainly made of economic trees.

Read the full story: allAfrica

Liquid NanoClay versus drought and deswertification


Photo credit: Magazine MN

Desert Control, a startup from Norway, created innovative product Liquid NanoClay that has a huge potential to help people fight such issues as drought and desertification.

Norwegian Startup Created Solution That Turns Desert Soil into Fertile Soil

According to the 2030 Agenda for Sustainable Development adopted at the UN Sustainable Development Summit on 25 September 2015, “natural resource depletion and adverse impacts of environmental degradation, including desertification, drought, land degradation, fresh water scarcity and loss of biodiversity, add to and exacerbate the list of challenges which humanity faces.”

Liquid NanoClay is a product that turns desert areas into fertile land. Liquid NanoClay is being produced by combining clay and water in a patented mixing process. The mix is applied directly into the irrigation system and is spread with the help of sprinklers. In 7 hours mix fully sinks into the soil, creating a 40-60 cm deep layer which retains water and prevents it from evaporating.

Read the full story: Magazine MN


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