logo
'Great Nuniya' by Ahmad ibn Majid in Memory of the World Programme

'Great Nuniya' by Ahmad ibn Majid in Memory of the World Programme

Observer19-04-2025

Muscat: The United Nations Educational, Scientific and Cultural Organization (UNESCO) has included the Omani manuscript "Al-Nuniyah Al-Kubra (The Great Nuniyah) by the Omani navigator Ahmad ibn Majid in its Memory of the World program.
This is the second Omani manuscript to be included in this international program.
Al-Nuniyah Al-Kubra is one of the most important Omani manuscripts in the field of navigation and marine sciences. It records valuable information about ship movements and international shipping routes.
Its most significant feature is its scientific contribution to humanity, particularly its deviation from the work of earlier geographers. Scientists who preceded Ahmed bin Majid had divided the land into only seven regions, confining these regions to the northern hemisphere.
The Al-Nuniyah Al-Kubra manuscript added seven more regions in the south. The manuscript is a human legacy, offering realistic depictions of the societies the author and his navigational crew encountered during their journeys.
It also provides detailed descriptions of the marine environment, its creatures, including creatures such as whales, snakes, and coral reefs, as well as the methods used for docking ships.
The Omani navigator Shihab al-Din Ahmad ibn Majid ibn Muhammad al-Sa'di was born on the coast of Oman in 1421 and died in 1500.
He made Ras al-Hadd the base for his maritime activities. He developed the magnetic needle (the compass) and left a scientific legacy represented by more than 40 works, including the Nuniyyah al-Kubra. A copy of the original manuscript of manuscript is held by the Ministry of Culture, Sports and Youth.
In 2021, UNESCO included the Omani navigator Ahmad ibn Majid in UNESCO's program for the fiftieth and centenary commemorations of historical events and influential figures in the world.
The Memory of the World Programme was established by UNESCO in 1992 and aims to preserve and protect documentary heritage from deterioration and loss resulting from social unrest, instability, looting, illicit trade, and other factors, or from natural factors such as heat and humidity that may affect this heritage over time.
Documentary heritage includes stones, manuscripts, libraries, museums, national archives, audio and video discs, films, and photographs. In 2017, the Sultanate of Oman succeeded in including the first manuscript in the programme, which is the manuscript 'The Mine of Secrets in Oceanography' by the sailor Nasser bin Ali al Khadouri.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Space Engineering Lab under development in Oman
Space Engineering Lab under development in Oman

Observer

time2 days ago

  • Observer

Space Engineering Lab under development in Oman

MUSCAT, JUNE 3 The National Space Programme is currently developing a space engineering laboratory in collaboration with Sultan Qaboos University (SQ), according to a key official associated with the initiative. Dr Saud bin Humaid al Shueili, Head of the National Space Programme at the Ministry of Transport, Communications and Information Technology (MoTCIT), the Space Engineering Lab initiative underscores Oman's investment in local talent and research. 'Oman has the personal talent and the Universities in the country with the clear potential to deliver and sustain a space industry. The national space programme is working closely with Sultan Qaboos University to develop the Oman Space Engineering Laboratory. This is an important national project for developing domestic capability and building space skills for the Omani population. Oman has many excellent universities producing graduates in relevant science subjects,' Dr Al Shueili added in an interview featured in SpaceTech Gulf. The official also shared that the programme is working closely with academic establishments and the private sector to explore opportunities for incorporating space education into existing courses. 'The National Programme is working with private companies and universities to understand how we can further integrate space specific elements into existing courses such as engineers, data science, and GIS,' he added. Capacity building has been identified as a key pillar of the Oman Space Policy and Executive Programme, a 10-year framework aimed at positioning Oman as a regional and global hub for space applications. The policy outlines a national strategy to upskill graduates, embed space content into academic programmes, and strengthen academia-industry cooperation. It also encourages the creation of mentorship, business coaching, and technical training opportunities that reflect real market demand. Last September, the Ministry of Transport, Communications and Information Technology unveiled a tender for the development of a space accelerator programme which aims to support entrepreneurs and local startups in the sector by providing resources, funding and guidance to help them expand and bring innovative products to the local and global markets. According to the ministry, the programme will focus on various activities in the space sector including communications, earth observation, geospatial analytics, drones, artificial intelligence and machine learning, big data processing, data storage and preservation, space sustainability and spacecraft simulation.

How Oman is embracing agrivoltaics for a sustainable future
How Oman is embracing agrivoltaics for a sustainable future

Observer

time3 days ago

  • Observer

How Oman is embracing agrivoltaics for a sustainable future

Beneath the bright Omani sun, a quiet transformation is taking root. Fields that once lay exposed to the harsh desert heat may soon be shaded by rows of solar panels - not as a replacement for agriculture, but as its ally. This is agrivoltaics: a forward-thinking approach where farming and solar energy generation go hand in hand, promising a new model of land use for arid regions like Oman. Agrivoltaics - the practice of combining solar panels with agriculture on the same land - was first proposed in 1981 by German physicist Adolf Goetzberger as a solution to the competing demands for land, food, and energy (AgTech Digest, 2024). By shading crops and reducing water loss while generating electricity, agrivoltaics is particularly suited to arid, sunny regions like Oman. Globally, the market is expanding rapidly: Global Market Insights (2024) valued the agrivoltaics sector at $6.3 billion, forecasting a compound annual growth rate (CAGR) of 5.6% through 2034. A UK-based study by the University of Sheffield (2024) further highlighted that deploying agrivoltaics on 20,272 km² of high-grade farmland could generate around 338 terawatt-hours of electricity annually, while maintaining agricultural output - a model with clear potential for countries seeking sustainable land use. For Oman, where Vision 2040 prioritises both sustainable agriculture and renewable energy, agrivoltaics offers an opportunity to make its land work smarter: producing food, conserving water, and harvesting energy from the sun. The concept is simple but powerful. By combining agriculture with solar installations, land can serve two purposes at once; growing crops while generating clean electricity. The panels provide shade that reduces evaporation and heat stress for plants, while the ground below helps cool the panels, improving their efficiency. It's an elegant solution to some of the most pressing challenges facing Oman today: water scarcity, food security, and the urgent need to expand renewable energy. Earlier this year, Oman announced plans for its first large-scale agrivoltaics project: a 300-acre agri-solar park backed by an investment of over RO 61 million. Singapore's V-Plus Agritech will contribute advanced technologies, including vertical aquaponics and circular farming systems. The project supports Oman's Vision 2040, which calls for economic diversification and greater sustainability across all sectors. Few countries are better suited to agrivoltaics than Oman. The Sultanate enjoys year-round sunshine — an abundant natural resource that remains underutilized. At the same time, water is precious, and conventional agriculture faces rising challenges due to climate change. In this context, the ability to grow food while producing clean power and conserving water represents a major opportunity. The country's recent momentum in solar energy supports this path. By the end of 2025, Oman's small and mid-scale solar capacity is expected to reach about 130 MW, and the launch of giga-scale solar projects signals growing ambition. Integrating agrivoltaics into this mix could multiply the benefits, generating local jobs, enhancing food resilience, and positioning Oman as a regional leader in sustainable land use. For Oman, agrivoltaics is more than a technological innovation — it's part of a broader journey toward a balanced, sustainable future where land works harder and smarter for the people who depend on it. If successful, the first projects could pave the way for more; transforming the landscape of farming, energy, and opportunity in the years to come.

CEO TALK: From boardroom to bedrock: Decarbonising the planet, one rock at a time
CEO TALK: From boardroom to bedrock: Decarbonising the planet, one rock at a time

Observer

time4 days ago

  • Observer

CEO TALK: From boardroom to bedrock: Decarbonising the planet, one rock at a time

WALAA HAMDAN MUSCAT, JUNE 1 In the escalating global battle against climate change, few figures personify purpose-driven entrepreneurship as compellingly as Talal Hasan, Founder and CEO of Omani climate-tech startup 44.01. At the heart of his venture lies a deceptively simple yet world-changing mission: to remove as much carbon dioxide (CO₂) from the atmosphere as possible—permanently, affordably, and at scale. Hasan's personal and professional transformation began not in a laboratory, but with a headline in 2018 that revealed the grim reality that Oman's seas contained the world's largest known ocean 'dead zone'—a vast, oxygen-depleted area where marine life could no longer survive. At the time, Hasan was working in venture capital at IDO Investments, backing high-growth tech and energy startups. But that sobering report shifted his trajectory entirely. 'I grew up as an environmentalist,' he recalled at a recent Startup Grind Muscat event, hosted by Walaa Hamdan. That revelation about Oman's marine life spurred deep research into climate science, eventually leading him to carbon capture—and more importantly, carbon storage, the Achilles' heel of many climate solutions. 'There was all this talk about capturing carbon, but no one was asking where to put it,' he explained. His answer? Mineralisation—a natural process that turns captured CO₂ into rock by injecting it into peridotite-rich formations, which are abundant in Oman. This process offered the promise of permanent, verifiable CO₂ removal. That idea crystallised into 44.01, named after the molecular weight of CO₂. Yet, moving from idea to implementation wasn't easy. Hasan left behind a prestigious, well-paid role in government—a 'very comfortable' position, he admitted—to found an unproven startup in a highly technical field. 'My own family thought I'd gone crazy,' he joked. 'But if you really believe in what you're doing... I just went for it.' The early days were lean and uncertain. "We didn't even know what kind of team we needed," he admitted. But he knew people were everything. Leveraging his network, he brought in a renowned carbon mineralisation scientist, a trusted colleague from IDO, and even interns from IDO programmes. Each person was chosen not just for technical skill, but for cultural fit. 'Spend time on culture,' he emphasised. 'Spend a lot of time on it.' At 44.01, team culture is intentional. They hold annual offsites, empower individuals to lead, and foster what Hasan calls a 'culture of thinking big.' As he put it, 'If you develop that culture of punching big, of being ambitious, and you get everyone in the team thinking like that, it starts to drive itself.' One of the company's first major hurdles was securing regulatory approval. 'Our first step was: Can we get the permit?' Hasan said. After months of pushing, they earned the world's first permit to mineralise CO₂ in this way—a milestone that validated their method and opened the door to commercial projects. Partnerships have been vital to scaling the vision. Early on, Hasan found himself navigating regulatory minefields, bringing six different government agencies to the same table—many of them meeting each other for the first time. 'If you can get more people to collaborate and get them in a room together, the sky's the limit,' he said. But partnerships aren't just about access or capital—they're about alignment. One potential lead investor dropped out of their Series A round for geopolitical reasons. Hasan later saw it as a blessing in disguise: 'Be picky about your investors,' he warned. 'Say no to money if the alignment isn't there. The wrong partners can pull you in the wrong direction.' That principled stance has paid off. 44.01 now boasts high-profile backers, including Sam Altman and Breakthrough Energy, the climate fund led by Bill Gates. The company has won the prestigious Earthshot Prize, along with multiple XPrize accolades—important endorsements, especially in a region more accustomed to importing rather than exporting advanced climate tech. Hasan remains clear-eyed about the stakes. 'If we can't do this in a way that's affordable, it won't scale,' he asserted. Economic viability is just as critical as environmental impact. To that end, 44.01 is now expanding into Europe, leveraging favourable regulatory frameworks and secured patents. Long term, the goal is to digitise the technology and license it globally, allowing others to deploy carbon mineralisation wherever the geology allows. As Hasan reflects on the journey from boardroom to bedrock, one message rings clear: 'Purpose comes before product.' For him, building 44.01 wasn't just about creating a business; it was about answering a personal calling to protect the planet—one mineralised tonne of CO₂ at a time.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store