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Bedouins Without Borders Helps the Bedouins

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BORGEN Magazine World News elaborates on how Bedouins Without Borders Helps the Bedouins.

The picture above is for illustration and is of BEDOINS WITOUT BORDERS.

Photo: Flickr

Bedouins Without Borders Helps the Bedouins

SAN FRANCISCO, California — Historically, the indigenous, tribal peoples of the Middle East, called the Bedouins or the Bedawi, have often been excluded or overlooked compared to the settled populations within the Levant region. Although a majority of the Bedouin community reside in the Negev desert, which is located in southern Israel by the border of Egypt, Bedouin individuals also live across the Levant, sometimes traveling into Palestine, Syria, Egypt and Iraq, among other countries. Bedouins come from a diverse range of ancestors, with a portion of the Bedouin community in Palestine originating from Sudan and other African nations.

The Modern Plight of the Desert Dwellers

Unfortunately, poverty and food insecurity are prevalent in Bedouin communities. The families within these groups are largely unable to access government programs and resources to aid them financially due to their nomadic lifestyles. Although research materials on the Bedouin community are difficult to find, some studies have been executed to investigate the population’s economic situation. As part of a study performed in 2008, Suleiman Abu-Bader and Daniel Gottlieb found that less than 9% of Bedouin females were part of the workforce in 2004 and more than three-quarters of the population experienced poverty in unregistered villages.

The nonprofit organization Bedouins Without Borders, created in 2015, aims to create awareness of the Bedouin community and advocate for the rights of Bedouins. As with other indigenous populations, the Bedouin people’s records are difficult to find, and thus, it is more difficult for them to access the resources they need. Therefore, part of the Bedouins Without Borders’ mission is to survey the Bedouin population and analyze the challenges they face in daily life.

Creating Bedouin Records

To aid in better serving the community and keeping track of the resources that families need, Bedouins Without Borders has established the Bedouin Data Bank for collecting basic information and the Bedouin Map to maintain a better understanding of the Bedouin movement over time. In working with mobile communities such as the Bedouin community that are always passing from place to place, it is necessary to log the activity of each tribal group and assess how their current circumstances shape factors such as food security.

The Bedouin youth themselves run these documentation programs, receiving training under the ALFURSAN initiative that Bedouins Without Borders developed to empower and motivate young people in the community. Organizational efforts such as these are crucial in providing the future skills that the Bedouin youth may need for their careers and bridging the cultural gap between the Bedouin community and other communities, making it beneficial on two fronts.

How Bedouins Without Borders Helps

One example of a program that Bedouins Without Borders offers to encourage development is Guardians of the Desert. Like the ALFURSAN program, Guardians of the Desert centers on self-empowerment and community strengthening efforts simultaneously through the youth’s direct engagement. Each of these programs offers valuable leadership positions to Bedouin teenagers and gives young Bedouin individuals the chance to spread awareness about their community and advocate for expanding economic opportunities.

As the Bedawi way of life shifts due to climate change, water shortages and the commercialization of desert areas, community leaders must rise to meet the challenge and tackle the economic issues faced with new methods. In response to increased financial insecurity, young adults in the Bedouin community have opted to become tour guides and implement their knowledge of the environment to educate others and produce revenue in the process.

In this pivot toward sustainable development and practices, ecotourism has become integral to creating a balanced way of life for the Bedouin people. To describe this economic sector succinctly, ecotourism is a method of promoting increased tourism to more remote areas of the world such as the Sahara Desert while also protecting the local ecosystem and informing visitors of how to support conservation efforts. In this manner, Bedouin nomads can produce the income needed for their daily lives without endangering the spaces they inhabit.

Thanks to the Bedouins Without Borders organization, Bedouin leaders and volunteers have designated specific regions as environmentally protected. The goals of establishing a protected area such as the Oasis include preserving land for animals to feed and ensuring that the Bedawi food sources remain abundant and plentiful despite climate change.

The Road Ahead

As a relatively new organization, Bedouins Without Borders has already established a dedicated group of volunteers and launched some promising projects to support its cause. As settlement conflicts continue in Palestine and Israel, Bedouins Without Borders remains diligent in protecting Bedouin interests and ensuring community safety. Currently, Bedouins Without Borders proceeds in its mission to inform people about the community and raise awareness by spotlighting young voices in the Bedouin Monitor section of its website. In 2021, it is hopeful that Bedouins Without Borders will further develop its environmental conservation and poverty reduction efforts for a better tomorrow.

– Luna Khalil

Extreme temperatures, heat stress and forced migration

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Ignoring the signs of climate change will lead to unprecedented, societally disruptive heat extremes in the Middle East and North Africa. Max Planck Institute predicts that Extreme temperatures, heat stress and forced migration would be the result in the near future.

March 23, 2021

The Middle East and North Africa Region (MENA) is a climate change hot spot where summers warm much faster than in the rest of the world. Some parts of the region are already among the hottest locations globally. A new international study led by scientists from the Climate and Atmosphere Research Center of the Cyprus Institute and the Max Planck Institute for Chemistry predicts that ignoring the signals of climate change and continuing business-as-usual with increasing greenhouse gas emissions will lead to extreme and life-threatening heatwaves in the region. Such extraordinary heat events will have a severe impact on the people of the area.

Ignoring the signals of climate change and continuing business-as-usual will lead to extreme and life-threatening… [more]© Jo Raphael/shutterstock

The study, building on cooperation between climate scientists from the MENA region, aimed at assessing emerging heatwave characteristics. The research team used a first-of-its-kind multi-model ensemble of climate projections designed exclusively for the geographic area. Such detailed downscaling studies had been lacking for this region. The researchers then projected future hot spells and characterised them with the Heat Wave Magnitude Index. The good match among the model results and with observations indicates a high level of confidence in the heat wave projections.

“Our results for a business-as-usual pathway indicate that especially in the second half of this century unprecedented super- and ultra-extreme heatwaves will emerge”, explains George Zittis of The Cyprus Institute, first author of the study. These events will involve excessively high temperatures of up to 56 degrees Celsius and higher in urban settings and could last for multiple weeks, being potentially life-threatening for humans and animals. In the second half of the century, about half of the MENA population or approximately 600 million people could be exposed to such annually recurring extreme weather conditions.

Calculations show that the number of ultra-extreme heat events will increase sharply in the coming decades. (MENA:… [more]© doi.org/10.1038/s41612-021-00178-7.

“Vulnerable citizens may not have the means to adapt to such harsh environmental conditions”, adds Jos Lelieveld, Director at the Max Planck Institute for Chemistry and leading the research team. “These heat waves combined with regional economic, political, social and demographic drivers have a high potential to cause massive, forced migration to cooler regions in the north.”

To avoid such extreme heat events in the region, the scientists recommend immediate and effective climate change mitigation measures. “Such measures include drastic decreases of the emissions of greenhouse gases such as carbon dioxide and methane into the atmosphere, but also adaptation solutions for the cities in the area”, says Lelieveld. It is expected that in the next 50 years, almost 90 percent of the exposed population in the MENA will live in urban centers, which will need to cope with these societally disruptive weather conditions. “There is an urgent need to make the cities more resilient to climate change”, emphasizes Zittis.

Jos Lelieveld, Max Planck Institute for Chemistry

Georgios Zittis, The Cyprus Institute, Cyprus

Hydrocarbon Resources and Their Spillover Effects

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Despite the high oil revenues reaped from hydrocarbon resources and their spillover effects on all oil and non-oil producing countries, most MENA region economies suffer from structural problems and fragile political systems, preventing them from adopting effective politico-economic transformations.

The capital was available, but investments were typically misdirected to form in all cases ‘rentier’ economies, with Arab countries economies remaining very undiversified.  They primarily rely on oil and low value-added commodity products such as cement, alumina, fertilisers, and phosphates. 

Demographic transitions present a significant challenge: the population increased from 100 million in 1960 to about 400 million in 2011.  Sixty per cent are under 25 years old.

Urbanisation had increased from 38 per cent in 1970 to 65 per cent in 2010.

Rural development being not a priority; the increasing rural migration into the cities searching for jobs will put even more strain on all existing undeveloped infrastructures. 

Current economic development patterns will increasingly strain the ability of Arab governments to provide decent-paying jobs.  For instance, youth unemployment in the region is currently double the world average.

The demand for food, water, housing, education, transportation, electricity, and other municipal services will rise with higher learning institutions proliferating; the quality of education below average does not lead to employment. 

Power demand in Saudi Arabia, for example, is rising at a fast rate of over 7 per cent per year.

Amman, Cairo, and other Arab cities gradually lose their agriculture space because of the suburbs’ expansion.  Gated communities and high-rise office buildings are sprawling while ignoring low-income housing. 

In the meantime, the real world feels the planet is in danger of an environmental collapse; economists increasingly advise putting the planet on its balance sheets. For over a Century of Burning Fossil Fuels, to propel our cars, power our businesses, and keep the lights on in our homes, we never envisioned that we will paying this price.

In effect, a recent economic report on biodiversity indicates that economic practice will have to change because the world is finite.

For decades many have been aware of this reality. However, it is a giant leap forward for current economic thinking to acknowledge that Climate change is a symptom of a larger issue. The threat to life support systems from the plunder and demise of the natural environment is a reality.

Society, some governments, and industry are recognising that climate change can be controlled by replacing fossil fuels with renewable energy, electric cars and reducing emissions from every means of production.

Talking about replacing fossil fuels would mean a potential reduction of the abovementioned revenues.

However, would the spreading of solar farms all over the Sahara desert constitute compensation for the losses?

Solar Panels in Sahara could boost Renewable Energy but

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Solar panels in Sahara could boost renewable energy but damage the global climate – here’s why

By Zhengyao Lu, Lund University and Benjamin Smith, Western Sydney University

The world’s most forbidding deserts could be the best places on Earth for harvesting solar power – the most abundant and clean source of energy we have. Deserts are spacious, relatively flat, rich in silicon – the raw material for the semiconductors from which solar cells are made — and never short of sunlight. In fact, the ten largest solar plants around the world are all located in deserts or dry regions.

Researchers imagine it might be possible to transform the world’s largest desert, the Sahara, into a giant solar farm, capable of meeting four times the world’s current energy demand. Blueprints have been drawn up for projects in Tunisia and Morocco that would supply electricity for millions of households in Europe.

While the black surfaces of solar panels absorb most of the sunlight that reaches them, only a fraction (around 15%) of that incoming energy gets converted to electricity. The rest is returned to the environment as heat. The panels are usually much darker than the ground they cover, so a vast expanse of solar cells will absorb a lot of additional energy and emit it as heat, affecting the climate.

If these effects were only local, they might not matter in a sparsely populated and barren desert. But the scale of the installations that would be needed to make a dent in the world’s fossil energy demand would be vast, covering thousands of square kilometres. Heat re-emitted from an area this size will be redistributed by the flow of air in the atmosphere, having regional and even global effects on the climate.

Clockwise from top left: Bhadla solar park, India; Desert Sublight solar farm, US; Hainanzhou solar park, China and Ouarzazate solar park, Morocco. Google Earth, Author provided

A greener Sahara

A 2018 study used a climate model to simulate the effects of lower albedo on the land surface of deserts caused by installing massive solar farms. Albedo is a measure of how well surfaces reflect sunlight. Sand, for example, is much more reflective than a solar panel and so has a higher albedo.

The model revealed that when the size of the solar farm reaches 20% of the total area of the Sahara, it triggers a feedback loop. Heat emitted by the darker solar panels (compared to the highly reflective desert soil) creates a steep temperature difference between the land and the surrounding oceans that ultimately lowers surface air pressure and causes moist air to rise and condense into raindrops. With more monsoon rainfall, plants grow and the desert reflects less of the sun’s energy, since vegetation absorbs light better than sand and soil. With more plants present, more water is evaporated, creating a more humid environment that causes vegetation to spread.

This scenario might seem fanciful, but studies suggest that a similar feedback loop kept much of the Sahara green during the African Humid Period, which only ended 5,000 years ago.

So, a giant solar farm could generate ample energy to meet global demand and simultaneously turn one of the most hostile environments on Earth into a habitable oasis. Sounds perfect, right?

Not quite. In a recent study, we used an advanced Earth system model to closely examine how Saharan solar farms interact with the climate. Our model takes into account the complex feedbacks between the interacting spheres of the world’s climate – the atmosphere, the ocean and the land and its ecosystems. It showed there could be unintended effects in remote parts of the land and ocean that offset any regional benefits over the Sahara itself.

Drought in the Amazon, cyclones in Vietnam

Covering 20% of the Sahara with solar farms raises local temperatures in the desert by 1.5°C according to our model. At 50% coverage, the temperature increase is 2.5°C. This warming is eventually spread around the globe by atmosphere and ocean movement, raising the world’s average temperature by 0.16°C for 20% coverage, and 0.39°C for 50% coverage. The global temperature shift is not uniform though – the polar regions would warm more than the tropics, increasing sea ice loss in the Arctic. This could further accelerate warming, as melting sea ice exposes dark water which absorbs much more solar energy.

This massive new heat source in the Sahara reorganises global air and ocean circulation, affecting precipitation patterns around the world. The narrow band of heavy rainfall in the tropics, which accounts for more than 30% of global precipitation and supports the rainforests of the Amazon and Congo Basin, shifts northward in our simulations. For the Amazon region, this causes droughts as less moisture arrives from the ocean. Roughly the same amount of additional rainfall that falls over the Sahara due to the surface-darkening effects of solar panels is lost from the Amazon. The model also predicts more frequent tropical cyclones hitting North American and East Asian coasts.

Global temperature, rainfall and surface wind changes in simulations with 20% and 50% solar panel coverage of Sahara. Lu et al. (2021), Author provided

Some important processes are still missing from our model, such as dust blown from large deserts. Saharan dust, carried on the wind, is a vital source of nutrients for the Amazon and the Atlantic Ocean. So a greener Sahara could have an even bigger global effect than our simulations suggested.

We are only beginning to understand the potential consequences of establishing massive solar farms in the world’s deserts. Solutions like this may help society transition from fossil energy, but Earth system studies like ours underscore the importance of considering the numerous coupled responses of the atmosphere, oceans and land surface when examining their benefits and risks.

Zhengyao Lu, Researcher in Physical Geography, Lund University and Benjamin Smith, Director of Research, Hawkesbury Institute for the Environment, Western Sydney University


Read more: Should we turn the Sahara Desert into a huge solar farm?


This article is republished from The Conversation under a Creative Commons license. Read the original article.

Sand and dust storm impacts Europe

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The World Meteorological Organization informed that Sand and dust storm impacts Europe as it happened for yet another time on 6 February 2021.

8 February 2021

A major intrusion of sand and dust from the Sahara transformed skies and the landscape over Europe on the weekend of 6-7 February, with far-reaching impacts for the environment and health. It once again highlighted the importance of accurate forecasts and warnings of this transboundary hazard.

The event was accurately predicted by the Barcelona Dust Forecast Centre, which acts as WMO’s Sand and Dust Storm Warning Advisory and Assessment System’s (SDS-WAS) regional centre for Northern Africa, Middle East and Europe (NAMEE). The system seeks to provide operational forecasting and warning advisory services for various regions of the world in a globally coordinated manner in order to reduce the impacts on the environment, health and economies.

“We knew about the event in advance. The models were really good in predicting the event,” said Sara Basart, at the Barcelona Supercomputing Centre, which serves as the operational hub.

The sand and dust storm started on 5 February in northern Algeria, reducing visibility to 800 meters. The dust particles were transported through the atmosphere to southeast Spain and on to southern and central Europe, turning the sky yellow, coating buildings and cars with sand and dust and covering snow on the Pyrenees and Alps mountain ranges with sand. 

On 8 February, the dust intrusion reached the eastern Mediterranean. There was also high dust surface concentration over Africa’s Sahel region, which is one of world’s worst affected regions.

“It is not just a case of having dirty windows or cars. Sand and dust storms cause much wider problems than that,” said Slobodan Nikovic, a member of the Global SDS-WAS Steering Committee and the chair of the regional steering group of the SDS-WAS NAMEE Node.

Sand and dust storms are common meteorological hazards in arid and semi-arid regions. They are usually caused by thunderstorms – or strong pressure gradients associated with cyclones – which increase wind speed over a wide area. 

Over the last decade, scientists have come to realize the impacts on climate, human health, the environment and many socio-econimic sectors. 

WMO Members are at the vanguard in evaluating these impacts and developing products to guide preparedness, adaptation and mitigation policies.  The WMO Sand and Dust Storm Project was initiated in 2004 and its Sand and Dust Storm Warning Advisory and Assessment System (SDS-WAS) was launched in 2007. WMO is also part of a UN coalition to combat sand and dust storms.

More than 20 organizations currently provide daily global or regional dust forecasts in different geographic regions, including 7 global models and more than 15 regional models contributing to SDS-WAS. It integrates research and user communities (e.g., from the health, energy, transport, aeronautical, and agricultural sectors).

Presently, there are three Regional Nodes of SDS-WAS: the Northern Africa-Middle East-Europe Node with its center, hosted by Spain, the Asian Node with its center, hosted by China, and the Pan-American Node with its center, hosted by Barbados and the USA.

“Reaching the last mile is extremely important. We need to pay more attention to the communication of this product,” says Alexander Baklanov, of WMO’s Atmospheric Environment Research division, Science and Innovation department.

WMO is therefore overseeing and monitoring the progress of the implementation of early warnings of sand and dust storms as part of WMO’s multi-hazard early warning system.

The other major challenge is to ensure that the warnings are available in countries most impacted, including in West Africa.

WMO is collaborating with the Spanish national meteorological agency AEMET and the Barcelona Sand and Dust Warning Advisory Center to improve warnings in Burkino Faso, one of the countries hardest hit. With funding from the Climate Risk and Early Warning Systems Initiative (CREWS), Burkina Faso has implemented a web page for Sand and Dust Warnings for the country, and will be extended for several other West African countries. AEMET is deploying a network of aerosol Particulate Matter (PM) instruments, which are important for health applications, given the correlation between sand and dust storms and respiratory problems, as well meningitis in the extended meningitis belt which spans 26 countries from Senegal to Ethiopia.