Understanding of Human Civilisation and Early Trade

Understanding of Human Civilisation and Early Trade

Discover the historical stone lion sculpture under the clear sky of Iraq. by Carmen Soler via Pexels

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Iraq’s archaeological discoveries have shaped understanding of human civilisation – but its scientists have been sidelined

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The ziggurat in Ur, Iraq.

The early Bronze Age (21st century BC) Ziggurat of Ur in southern Iraq. Abbas Al Yasiri/Shutterstock


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Jaafar Jotheri, University of Al-Qadisiyah; Durham University; Claudia Glatz, University of Glasgow, and Daniel Calderbank, University of Glasgow

In recent years, archaeologists from around the world have marked the centenaries of some of Iraq’s most influential archaeological discoveries.

The excavation of the ancient city of Ur, for example, transformed understanding of early urban life, long-distance trade, royal tombs and burial customs. There has also been a century of research into the Jemdet Nasr period – pivotal in the development of some of the world’s earliest administrative systems and forms of writing.

These milestones are reminders of the profound influence of the archaeology of ancient Mesopotamia. It continues to inspire generations of researchers around the world, including recent work led by the University of Glasgow at the archaeological site of Shakhi Kora in the Kurdistan Region of Iraq.

This has brought new insights into the nature of the first public institutions, their development and demise. Other surveys in southern Iraq seek to understand long-term human relationships with Iraq’s rapidly disappearing marshlands.

But these milestone celebrations and fresh discoveries also invite reflection about the role of Iraq’s scientists and institutions in this developing story of human civilisation.

Changing the narrative of loss and rescue

International discussions of Iraqi heritage have long been dominated by stories of catastrophe. These range from looting after the 2003 US-led invasion and the destruction wrought by Islamic State, to endangered archaeological sites and emergency efforts to save what remains.

Many of these represent genuine crises. But they also frame Iraqi archaeology as a narrative of loss and rescue, with international institutions as providers of expertise. Local archaeologists are often portrayed as recipients of support, rather than equal partners in shaping future research.

Today, Iraqi archaeologists are still underrepresented in the bodies that decide research priorities and interpretations. Many institutions generating archaeological knowledge about Iraq are disproportionately directed from outside the country.

So, when 20 archaeologists and heritage professionals from Iraq and the Kurdistan Region of Iraq gathered in Glasgow alongside international colleagues in May 2025, they seized the opportunity to shift this narrative. Their discussions ranged from social media misinformation to women’s participation in archaeological fieldwork and the challenges that climate change poses, both to heritage and local communities.

Such conversations often came back to one key question: who gets to decide what archaeology in Iraq should focus on today?

Attempts to decolonise archaeology

Discussions about the future of archaeology often focus on participation: who receives funding, who directs projects, and who is included as a collaborator or author. These questions are important.

But meaningful attempts to decolonise this field of study also need to address how archaeological problems are defined, whose expertise is recognised, and who gets to shape research priorities.

At the Glasgow workshop, Iraqi and Kurdish archaeologists, heritage professionals, government officials and university leaders were asked to identify the issues they regarded as most urgent. Creating space for them to articulate priorities marked an important shift away from externally imposed agendas.

The discussion on gender highlighted a striking contradiction in Iraq. At the University of Al-Qadisiyah in the city of Al Diwaniyah, women account for around 70% of archaeology students – yet only around 2% of Iraqi excavation team members and approximately 15% of academic leaders are women.

This raised the question: is increasing women’s participation just a demographic goal – or will it influence the breadth of knowledge produced through archaeology? For example, a wider range of participants may encourage more archaeological attention to labour, care, social relationships and community life in the ancient past, complementing the traditional focus on kings, temples and powerful states.

Redefining what heritage means

Iraq is among the countries most vulnerable to environmental change. The workshop also highlighted rising temperatures, extreme dust storms, water scarcity, soil salination and environmental degradation, stressing their impact on archaeological sites and the communities who depend on wetlands, springs and marshlands.

It became clear that “heritage” meant more than just preservation. Traditional relationships between communities and landscapes offer valuable lessons for adapting to environmental uncertainty. Archaeology becomes less about recovering the past, more about helping to imagine sustainable futures.

According to Rozhen Mohammed-Amin, president of the Cultural Heritage Organisation in the Kurdistan Region of Iraq, one of the most significant achievements was bringing together people who are often “disconnected due to political and institutional divisions”.

Within months of the event, two women were promoted to senior positions at the University of Al-Qadisiyah. Participants also reported stronger engagement between Iraqi universities and the country’s State Board of Antiquities and Heritage.

These changes may seem modest – such developments rarely attract headlines in the way of a spectacular discovery or heritage emergency. But they may prove just as important to the future of archaeology – for Iraq and the wider world.The Conversation

Jaafar Jotheri, Professor of Landscape Archaeology, Department of Archaeology, University of Al-Qadisiyah; Durham University; Claudia Glatz, Professor of Archaeology, Department of Archaeology, University of Glasgow, and Daniel Calderbank, Senior Lecturer in Archaeology, University of Glasgow

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

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Innovation and Sustainability as Drivers for Rural Growth

Innovation and Sustainability as Drivers for Rural Growth

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Entrepreneurship in Rural Areas: Innovation and Sustainability as Drivers of Generational Change

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moeve Environment
By Rafael Hernández

01/09/2026

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Entrepreneurship in Rural Areas: Innovation and Sustainability as Drivers of Generational Change

Environment
The generational shift in rural areas is no longer merely a matter of inheritance; it has evolved into a conscious movement toward innovation. A generation of young professionals is reshaping the rural landscape through technology and a new vision of entrepreneurship that is committed to revitalizing inland Spain. 

Starting a business in rural areas is a viable option that is becoming increasingly popular among many young people today. A new generation of professionals is moving away from big cities and returning to the towns where their parents and grandparents lived; or to rural areas where they hope to build a life that combines technology with the local landscape, helping to make the local economy more resilient.

 

Thanks to improved connectivity in many rural areas, digital skills are opening up new opportunities and driving change in small towns. These projects yield measurable benefits, such as economic returns, collaboration with local residents and government agencies, and environmental regeneration. For example, holapueblo connects people seeking a different quality of life with places in need of residents, or with initiatives focused on specific technological solutions—such as installing network-connected sensors to cooperatively optimize water use and save up to 20%, as proposed by BrioAgro. Furthermore, priorities have shifted, as for many young people, starting a business in rural areas also means accessing a higher quality of life, reducing costs, reconnecting with the environment, and developing projects with a clearer purpose. The region is becoming a space where it is possible to innovate and build models of life and business that are more committed to social, economic, and environmental development.

 

Promoting Young Agriculture

 

The 2024 Annual Report on Agriculture, Fisheries, and Food Indicators states that the Spanish rural environment is home to more than 7.5 million people. However, only 9% of farmers and livestock farmers are under 40 years old, and two out of three producers are expected to retire before 2030. In response, the European Union has allocated 220 million euros to encourage young people to join the rural workforce, demonstrating a significant commitment to supporting the entry of the youngest generation into the sector. Moreover, young people bring a fresh perspective to the countryside, often launching new projects with the clear purpose of caring for and positively impacting the environment.

 

Thus, circular economy initiatives are emerging that take advantage of local resources, such as wood, wild plants, or the sun, to create products and services that do not harm the environment. This encourages a more balanced and sustainable way of life, something that new generations increasingly value.

 

Intergenerational Collaboration

 

Another key aspect is intergenerational collaboration, which is essential to ensuring the continuity and evolution of the rural environment. Young people who move to these areas in search of job opportunities often have technical training and are naturally adept at using digital tools, which allows them to optimize processes. However, this knowledge must be supplemented by the experience of those who have worked and lived there their whole lives.

 

The elderly bring years of practice and an in-depth knowledge of the environment. This combination of traditional knowledge and new competencies is especially valuable in a context where sustainability and efficiency are priorities. In this regard, programs like CULTIVA, which received 1.2 million euros in its latest round of funding, play an important role. Thanks to this initiative, young farmers and livestock farmers can participate in training stays at model farms in other autonomous regions.

 

The LEADER Program, promoted by the European Union, funds projects that diversify the rural economy. These projects range from sustainable tourism to social and cultural innovation to local entrepreneurship. The program’s value lies in its approach of making decisions from within the territory itself through local action groups, which promotes solutions adapted to each community.

 

The future of rural areas ultimately depends on strategically combining digital innovation, local expertise and knowledge, and the enthusiasm of young people to ensure a smooth generational transition. This approach can transform villages from mere stopovers or departure points into vibrant hubs of a more sustainable way of life.

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Power Demand in MENA Region: Future Trends and Projections

Power Demand in MENA Region: Future Trends and Projections

Electricity poles traverse a golden field in Shamakhi, Azerbaijan under a clear sky. by Fakhri Baghirov via Pexels,

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Power demand in MENA region set to double by 2050, forecasts Rystad Energy

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Power Demand in MENA Region: Future Trends and Projections IFM_MENA
Rystad Energy expects installed power capacity across the region to quadruple by 2050 as renewables, data centres and industrial demand accelerate

Electricity demand across the Middle East and North Africa (MENA) is expected to more than double by 2050 as economies diversify beyond oil and gas and new sources of consumption, including data centres, hydrogen and transport, drive the expansion of regional power systems.

Rystad Energy forecasts that MENA’s electricity demand will rise from 1,671 terawatt-hours (TWh) in 2025 to 3,670 TWh by 2050. Installed power capacity is projected to increase even more sharply, quadrupling from 580 gigawatts (GW) to 2,328 GW over the same period.

The outlook highlights the scale of investment required in generation, transmission, distribution, storage and energy efficiency as governments and businesses prepare for rapidly rising electricity consumption.

Demand growth is expected to come from traditional residential and industrial users as well as emerging sectors. Data centres, hydrogen production, transport, commercial activity and public services are all expected to add to the region’s electricity requirements.

Carlos Torres Diaz, head of power at Rystad Energy, said the Middle East was entering a period of significant expansion in its power system, with renewable energy playing an increasingly important role.

He said nuclear power would remain a viable source of supply, while gas would continue to form part of the regional energy mix alongside renewables.

The UAE is expected to be at the forefront of the transition. Electricity’s share of the country’s final energy demand is forecast to rise from 17% in 2025 to 42% by 2050.

Solar power is also expected to expand rapidly. Its share of UAE electricity generation is projected to increase from 11% currently to 50% by 2050, while regional solar manufacturing is forecast to grow sevenfold by 2030.

The expansion is expected to be accompanied by greater investment in battery storage, helping power systems manage the intermittency of renewable generation and accommodate changing patterns of electricity consumption.

Aditya Saraswat, head of upstream research for MENA and the Caspian at Rystad Energy, said the UAE was developing supply alternatives across both conventional and renewable energy while seeking to maintain flexibility on the demand side.

The region’s energy transition is also creating opportunities for digital technologies. Artificial intelligence (AI) and digitalisation are expected to play a growing role in improving energy resilience and managing increasingly complex power systems.

The scale of the expected expansion is putting infrastructure and capital at the centre of the region’s energy outlook. Mark Ring, group director at Middle East Energy, said the growing participation of the investment community reflected the increasing capital required to develop and modernise power infrastructure.

The trends will be a major focus at Middle East Energy 2026, which takes place at Dubai World Trade Centre from September 1 to 3. The event’s 50th edition is expected to attract more than 35,000 energy professionals from nearly 120 countries and more than 1,500 exhibitors.

The event will cover power generation, transmission and distribution, storage and energy efficiency, with more than 210 speakers across five stages discussing AI, digitalisation, grid infrastructure, renewables and investment.

The expansion of MENA’s power sector points to a broader transformation of the region’s energy economy. While oil and gas will remain important, rising electricity demand and the rapid deployment of solar, storage and other low-carbon technologies are creating a substantially larger and more diversified power market by 2050.

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ALSO READ | Abu Dhabi power demand set to double by 2050 as AI and economy expand 

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Pathways for Urban Resilience in the MENA Region

Pathways for Urban Resilience in the MENA Region

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ORF Books and Monographs

Published on 30 August 2026

 PDF Download  

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Forging Pathways for Urban Resilience in the MENA Region

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By Leigh Mante, Ed. Leigh Mante

Editor’s Note
The Middle East and North Africa (MENA) region is rapidly urbanising. It faces compounding vulnerabilities including extreme heat, water scarcity, geopolitical instability, and infrastructural and demographic pressures. Cities remain at the forefront of these converging challenges, tasked with conceptualising systems that ensure that infrastructure design, public services, and governance remain modern and locally rooted, to enforce circularity, resilience, and liveability for years to come.

Forging Pathways for Urban Resilience in the MENA Region convenes diverse perspectives from scholars, practitioners, and city leaders to unpack the structural, technological, and institutional mechanisms required to navigate this transition. Across 11 essays, the authors present compelling frameworks on how to leverage human-centred planning approaches, large-scale infrastructure pursuits, nature-based solutions, circular water systems, and clean transport networks alongside coordinated governance to safeguard sustainable urban transformation.

The report also highlights how, despite increasing global emphasis on adopting technological innovation, inclusive and integrated governance remains necessary. The contributors underline the importance of simultaneously retaining traditional knowledge systems, encouraging enhanced vertical and horizontal coordination, and enforcing South–South learning exchanges to scale actionable solutions across the region.

Sukaina Abdul Ilah Al-Nasrawi sets the stage, underscoring how cities represent microcosms of humanity. Building liveable cities requires paying close attention to the preservation of human dignity and social equity. She argues for the development of a new urban planning paradigm that encompasses integrated planning, human-centred digital approaches, and economic resilience, all of which address the region’s rapid urbanisation, high youth unemployment, displacement, and fragile infrastructure.

As countries within the region increasingly pursue mega-development, Mannat Jaspal and Leigh Mante interrogate the risks associated with such ambitious endeavours. Evaluating both the rationale and realities of mega-projects, they call for national-subnational governance coordination and financial and environmental guardrails to prevent cost overruns and socio-environmental damage. Victoria Lee offers a complementary perspective on mega-events, demonstrating how context-driven planning can transform temporary event infrastructure into long-term community benefits.

As extreme heat engulfs the MENA region, Basit Khan, Olivier Pauluis, and Francesco Paparella emphasise the severity of the issue, pointing to the resulting exacerbation of health, occupational, and economic risks. They also present layered strategies to temper the Urban Heat Island (UHI) effect intensification through a combination of passive cooling, district cooling expansion, and transit-oriented development.

Building circular systems by developing infrastructure that integrates key resources helps improve efficiency, reduce climate vulnerabilities, and foster sustainable economic growth. Heiko Seitz explores the largely unharnessed potential of synchronising electric vehicle charging infrastructure with solar power and battery storage across the Gulf Cooperation Council (GCC) countries to decarbonise transportation and enhance grid resilience. Maha Al-Zu’bi advocates for the expansion of wastewater reuse to diversify water supply and reduce over-reliance on desalination, which poses long-term environmental and energy challenges. Dikshu C. Kukreja offers lessons from India to minimise waste loss, leverage low-carbon materials, and develop circular value chains and climate-responsive design. By applying lessons from other countries, GCC cities can scale nascent technologies to build resource-efficient and resilient urban centres.

Beyond the proposed technological solutions, the remaining chapters offer case studies from MENA cities to highlight the importance of engaging the youth and vulnerable populations through integrated governance frameworks. Oumaima El Idrissi demonstrates how youth participation serves as a strategic lever to implement climate projects, acting as a trust-building network between institutions and communities in Casablanca. Leigh Mante and Reem Sagahyroon showcase how formalising a clear framework for internal climate migration would minimise negative health impacts and facilitate safe and inclusive migratory movements in Iraq. Montaser Hiyari doubles down on how resilience is fundamentally a governance challenge, requiring stable institutions and synergised policies to safeguard urban cities, using Jordan as a case study. Nour-Dine Salimi and Idar Hidi emphasise how traditional oasis models and local knowledge systems in Ouarzazate remain core pillars of sustainability that should not be disregarded as technology evolves.

As cities in the MENA region rapidly urbanise and digitise, this compendium offers balanced and practical perspectives to help city leaders pursue integrated pathways towards urban resilience. Through context-specific case studies, it aims to inform policymakers, urban planners, private actors, and grassroot and academic organisations on ways to conceptualise smart, regenerative, and locally relevant city solutions. 

Read the monograph here.


Leigh Mante is Junior Fellow, Climate and Energy, ORF Middle East.

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Statetron Unveils 10-Hectare Andromean Class in Qatar

Statetron Unveils 10-Hectare Andromean Class in Qatar

A Qatar Airways Boeing 777 jet featuring Oneworld livery flying through a clear sky. by Go Journal via Pexels

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Statetron Unveils 10-Hectare Andromean Class Industrial Facility Concept in Qatar

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Statetron Unveils 10-Hectare Andromean Class in Qatar

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Statetron has unveiled its Andromean Class™, a new industrial architecture designed to integrate artificial intelligence (AI), robotics, autonomous logistics, energy storage and digital intelligence within a single advanced manufacturing ecosystem.

The company is proposing its first Andromean Class facility in Qatar, with an initial development concept spanning approximately 10 hectares and an architecture designed to support expansion toward multi-gigawatt-scale energy storage manufacturing capacity.

Unlike a conventional battery assembly facility, the proposed development is conceived as an intelligent, energy-integrated industrial platform in which manufacturing, logistics, energy, data and maintenance systems operate as a coordinated ecosystem.

Project Scope

The proposed Qatar facility will integrate AI-driven production, robotic assembly, autonomous material movement, digital-twin technology, automated quality control and intelligent energy management.

At the core of the manufacturing platform will be Statetron’s modular 5 MW Power Block architecture, designed for large-scale energy-storage applications serving utility, industrial, renewable-energy and grid-infrastructure markets.

The manufacturing platform is intended to support configurable energy-storage durations and progressively increase production capacity in line with market demand.

The facility’s architecture will also allow production, automation, logistics and energy infrastructure to be expanded progressively, with the long-term objective of reaching multi-gigawatt-scale manufacturing.

Factory Designed as an Energy System

The Andromean Class concept extends beyond battery manufacturing by integrating renewable energy generation, energy storage and intelligent power management into the facility itself.

Under the concept, energy systems will power the manufacturing operation while the factory produces energy-storage infrastructure, with digital intelligence connecting and optimizing the overall system.

Statetron said Qatar provides a compelling environment for the development, citing the country’s focus on advanced manufacturing, AI, robotics, Internet of Things (IoT), data analytics and clean technologies.

The proposed facility is also intended to benefit from Qatar’s strategic industrial and logistics infrastructure, including the Umm Alhoul Free Zone, which is positioned for heavy manufacturing, logistics and emerging technologies and is located adjacent to Hamad Port.

Statetron’s Andromean Class Vision

Statetron said the Andromean Class represents a new approach to industrialisation in which the factory itself becomes an intelligent and energy-integrated system.

The company aims to replace fragmented manufacturing processes with a continuously connected industrial environment where production, logistics, energy, data and maintenance are optimized together.

Lars Carlstrom, CEO of Statetron, said: “The first industrial revolution mechanised production. The digital revolution connected it. The next era will make industry intelligent, autonomous and energy-native.”

He added: “We don’t want to build another battery factory. We want to build the blueprint for how industry itself will operate in the next decade.”

The proposed Qatar development represents Statetron’s first application of the Andromean Class architecture and is intended to establish a scalable platform for the future manufacturing of large-scale energy-storage systems.

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