logo
Gender parity: Driver of economic growth

Gender parity: Driver of economic growth

Zawya10-03-2025

The global gender gap score for 146 countries is 68.5%; compared to last year, the gender gap has been closed only by +.1 percentage points. Despite the efforts, the lack of widespread change has slowed the progress towards gender parity. If we progress at this rate, it will take the world 134 years to reach full gender parity, which roughly equals five generations.
Though the increase is only +.01 percentage points compared to last year, 97% of the 146 countries in the Global Gender Gap Index have closed more than 60% of their gender gaps. Iceland is the only country that has closed 90% of its gender gap. While Iceland tops the list of the top 10 countries, seven spots are taken by European economies in addition to Iceland. Eight top 10 countries have closed over 80% of their gender gap. The Global Gender Gap Index measures gender parity across four dimensions: Economic Participation and Opportunity, Educational Attainment, Health and Survival, and Political Empowerment. Among the 146 countries analysed, the Health and Survival gender gap closed by 96%, the Education Attainment gap closed by 94.9%, the Economic Participation and Opportunity gap closed by 60.5%, and Political Empowerment by 22.5%.
The parity in labour force participation stands at 66.7%. Though women's participation in the workforce is increasing globally, parity advances vary differently across sectors. Women's participation in leadership roles remains low across every industry and economy. Women account for 42% of the global market and represent 31.7% of senior leadership roles.
LinkedIn data shows that women's hiring into leadership had begun to deteriorate from 37.5% to 36.4%. In 2024, 60 national elections represented the most significant global population that voted in many major economies. Gender parity in parliamentary representation reached a record high of 33.3% in 2024 and improved over time. LinkedIn data also reflects that men have more extensive and vigorous networks than women. Stronger networks are indicative of accessibility to more opportunities and outreach.
16 Gender1
According to the World Economic Forum (WEF), women's participation in science, technology, engineering and mathematics (STEM) and non-STEM has increased. Yet, women remain underrepresented in STEM roles, comprising only 28.2% of STEM compared to 47.3% in non-stem sectors, as AI is increasingly used in businesses. Data shows that female talent in AI has doubled since 2016 — gender parity in the AI industry, education, professional services, manufacturing, technology and media have increased. According to Coursera, gender parity is the highest in collaboration and leadership skills, teaching and mentoring, empathy and active listening, leadership and social influence. Still, it is lower in AI and big data.
As men and women enter the workforce after graduation, their skill sets are still shaped and valued differently.
In conclusion, the scale and speed of progress are deeply insufficient to reach gender parity by 2030. The global community must recognise and accept that gender parity is difficult. All stakeholders, governments, businesses, academia and civic societies — must collectively participate and collaborate for broader engagement and strive to bring incremental change to accelerate progress towards gender equality in all sectors worldwide.
Striving for gender parity has longer-lasting implications in a highly competitive and dynamic business environment and is a cogent thought that must be ingrained in every human mind. The world must raise the required resources and adopt economic policies to bridge the gender gap. It is only possible when there is a fundamental change in mindset to recognise gender parity as a driver of high-quality growth.
The world must elevate to a condition of equitable and sustainable development, where we can make 50/50 a reality in the new paradigm of thinking. Gender equality leads to stronger, more resilient economies by promoting economic growth and labour productivity. It would be a sustainable and crucial step in working towards a society that considers an individual based on merit, not gender.
2022 © All right reserved for Oman Establishment for Press, Publication and Advertising (OEPPA) Provided by SyndiGate Media Inc. (Syndigate.info).

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Innovative Technologies Revolutionising River Pollution Control
Innovative Technologies Revolutionising River Pollution Control

Arabian Post

time3 days ago

  • Arabian Post

Innovative Technologies Revolutionising River Pollution Control

Arabian Post Staff Rivers across the globe are receiving new attention with a wave of innovative technologies designed to tackle plastic and other pollutants more efficiently than ever before. These emerging systems focus on smart, targeted solutions rather than brute-force methods, achieving significant gains in waste removal while minimising harm to aquatic ecosystems. Four technologies stand out for their unique approaches and effectiveness in various water environments. The Bubble Barrier system is transforming river pollution management by creating a subtle yet effective method for directing floating debris. Rather than installing physical barriers that can harm fish and disrupt natural flow, this system releases a curtain of fine bubbles along the riverbed. These bubbles generate an upward current that gently pushes plastic waste toward the riverbank, where it can be collected safely. Designed with marine life preservation as a priority, the Bubble Barrier operates quietly and with minimal energy, making it sustainable and scalable. Its implementation in European waterways has demonstrated substantial reductions in plastic load downstream, underscoring the potential for global application. ADVERTISEMENT Another breakthrough is the WasteShark drone, an autonomous surface vehicle designed to seek out and collect plastic waste and biomass. Powered entirely by electric batteries, WasteShark operates silently and emission-free, making it suitable for sensitive environmental zones. Its shark-inspired design allows for agile manoeuvrability in narrow or complex waterways where traditional clean-up vessels cannot reach. This technology continuously scans the water surface, collecting debris into its internal storage, which is then offloaded for proper disposal or recycling. Trials conducted in urban canals and small rivers show WasteShark's capacity to reduce floating waste accumulation significantly, while also cutting labour costs associated with manual cleaning. Seabin technology complements these innovations with a more stationary but highly effective approach. Installed in harbours and marinas, Seabins function as water intake devices that draw water inward using low-energy pumps. As water passes through, floating debris, oil residues, microplastics, and even some suspended particles are trapped inside the device's netting system. This process mimics a natural whirlpool, preventing contaminants from drifting into open water bodies. The adaptability of Seabins to different aquatic environments and their ease of installation have led to their adoption in various coastal cities worldwide, where they provide crucial filtration services in high-traffic zones vulnerable to pollution. The Collec'Thor system offers a robust solution designed for the most heavily polluted and challenging river environments. This high-capacity waste collection unit operates continuously, 24 hours a day, removing massive quantities of surface waste that traditional methods struggle to handle. Engineered to withstand strong currents and debris-heavy waters, Collec'Thor is deployed in industrial zones and urban river stretches prone to significant contamination. Its capacity to extract large volumes of waste ensures that less pollution travels downstream, mitigating environmental and public health risks. Recent installations in Southeast Asian waterways demonstrate the system's efficacy in reducing plastic and other pollutants during monsoon seasons, when river pollution typically spikes. Together, these four technologies form a comprehensive, multi-tiered approach to river cleaning that addresses different types of pollution and environmental challenges. While each system excels in its particular niche, their combined deployment creates an interconnected network capable of targeting plastic pollution throughout a river's course, from upstream sources to estuaries. Experts emphasise the significance of moving away from heavy machinery and static nets, which can cause collateral damage to river ecosystems and are limited in reach. Instead, the focus has shifted towards solutions that work in harmony with natural water dynamics and biodiversity. Environmental engineers highlight that intelligent design in waste management systems, such as bubble curtains or autonomous drones, reduces disturbance to aquatic life while enhancing efficiency. Despite their promise, challenges remain. Scaling these technologies to cover entire river systems requires substantial investment and coordination among multiple stakeholders, including governments, environmental groups, and private enterprises. Maintenance and proper waste disposal infrastructure are critical to ensure collected materials do not re-enter waterways or cause secondary pollution. Additionally, the effectiveness of each technology depends on local conditions such as river size, flow rates, and pollution types, necessitating customised deployment strategies.

AI, robotics, and quantum tech drive new business models
AI, robotics, and quantum tech drive new business models

Economy ME

time5 days ago

  • Economy ME

AI, robotics, and quantum tech drive new business models

The World Economic Forum (WEF) has released a groundbreaking report that explores how converging emerging technologies are reshaping global industries — and how business leaders and policy-makers can strategically respond. Titled The Technology Convergence Report, the study was developed in collaboration with consulting firm Capgemini. It introduces the '3C Framework' — Combination, Convergence, and Compounding — to help decision-makers pinpoint high-impact intersections between technologies that are giving rise to new business models and systemic transformations. The report identifies 23 high-potential technology combinations from a field of more than 230 subcomponents across eight critical technology domains: Artificial intelligence (AI) , omni computing, engineering biology, spatial intelligence, robotics, advanced materials, next-generation energy, and quantum technologies. The World Economic Forum (WEF) is the international organization for public-private cooperation Read: Sheikh Hamdan bin Mohammed announces opening of the Dubai Centre for Artificial Intelligence Unlike conventional analyses that focus on individual breakthroughs, the report emphasizes synergistic effects. Notably, AI emerges as a pivotal enabler, making many of these powerful combinations commercially viable and scalable. 'Rapid advances across multiple technology domains are creating an undeniable shift in industries. The Technology Convergence report gives leaders a clear model to harness what is coming next,' said Jeremy Jurgens, Managing Director at World Economic Forum (WEF). Jeremy Jurgens, managing director, World Economic Forum (WEF) Highlights of the key convergence areas Cognitive robotics: Combining agentic AI, spatial intelligence, and advanced robotics is enabling machines to navigate and make decisions in complex, real-world environments. This is already transforming automotive production and smart manufacturing. Digital twin ecosystems: Enhanced by AI and real-time sensor networks, digital twins are becoming more integrated, offering end-to-end visibility and optimization across industries such as aerospace, healthcare, and logistics. Hybrid quantum-classical computing: Blending quantum algorithms with classical computing infrastructure is accelerating breakthroughs in finance, molecular modeling, and large-scale optimization problems. Materials informatics: AI-driven predictive modeling and transformer-based systems are drastically reducing R&D timelines in materials science, allowing virtual testing of compounds before laboratory synthesis — a leap forward for sectors like chemicals and manufacturing. The report calls on leaders to adopt a systems-thinking approach, advocating for balanced investments across technology maturity levels, repositioning within value chains, and readiness across ecosystems. It also encourages regulators to rethink siloed frameworks and anticipate the broader societal impact of intertwined technologies. 'The question is not about whether technology convergence will reshape industries. That journey has already begun. The real challenge is how companies can position themselves to be champions of convergence,' said Aiman Ezzat, CEO of Capgemini. Aiman Ezzat, CEO of Capgemini A global evidence-based report The findings are informed by qualitative and quantitative insights from the World Economic Forum's Technology Convergence Community, composed of global experts from industry, academia, civil society, and government. Their expertise was further supported by a Capgemini-led global survey of 2,000 senior executives across 18 countries and 10 industries. About the initiative The Technology Convergence Initiative is part of the World Economic Forum's broader effort to map and make sense of the fast-evolving tech landscape. It spans AI, quantum computing, robotics, biotechnology, spatial computing, and more — aiming to provide tools and frameworks that guide action across industries and sectors, unlocking societal value beyond the impact of any single technology. For more news, click here

How a Europe-Middle East alliance could shape the future of space
How a Europe-Middle East alliance could shape the future of space

Broadcast Pro

time25-05-2025

  • Broadcast Pro

How a Europe-Middle East alliance could shape the future of space

Combining Europe’s strengths in R&D with the Middle East’s ability to deploy capital at scale would benefit both regions. When it comes to space, Europe is something of a paradox. It has world-class research institutions, a strong engineering tradition, and a legacy of technological breakthroughs. Yet when it comes to scaling those innovations into commercially viable companies, it lags behind the US. Investment is scarce, procurement is slow, and governments remain ambivalent about the role of private industry in defense-related space tech. If Europe doesn’t act, it will fall behind not only the US and China, but also emerging powers in the Middle East. The United Arab Emirates (UAE) and Saudi Arabia have cast themselves as serious players in the global space race. Over the past decade, they’ve invested $25bn in satellites and space projects — a figure set to triple to $75bn by 2032, according to Euroconsult/now NovaSpace. These nations have a clear ambition. They see space as a strategic priority for economic growth and geopolitical influence, and understand that investments in the sector will pay for themselves many times over. Europe, by contrast, has room to invest further in space technology, particularly in dual-use applications — those with both commercial and defense potential. While the US has improved procurement processes to support private-sector involvement in defense innovation, European governments have been more hesitant. Investors remain cautious, often viewing defense-linked startups as reputational liabilities instead of strategic assets. Some promising European space companies, seeking the resources to grow, have already relocated — or considered doing so. One major obstacle is fragmentation. European space funding is divided between national agencies, the ESA, and the EU, each with its own priorities, budgets, and political considerations. This leads to duplication of efforts, slow decision-making, and a lack of coordinated support for private-sector innovation. Meanwhile, the US benefits from strong coordination between NASA, the Department of Defense, and private industry — a model that has helped companies like SpaceX thrive. A partnership between Europe and the UAE could offer a solution. Combining Europe’s strengths in R&D with the Middle East’s ability to deploy capital at scale would benefit both regions. The UAE could provide targeted investment in European startups, while European firms could deliver the cutting-edge technology the UAE needs to expand its space sector. The UAE’s Mars Hope Probe was a landmark mission, showcasing its ambition, yet it still relies heavily on foreign technology. This partnership could take many forms: dedicated UAE investment funds for European space startups; joint satellite or launch infrastructure projects; and supportive government policies to encourage joint ventures and technology-sharing agreements. Crucially, such a partnership would help Europe build the strategic capabilities it needs. With the US signalling a reduced willingness to lead abroad, particularly in military aid, Europe can no longer depend on American military-industrial leadership. Building its own space-based defense and intelligence infrastructure is now essential. The commercialisation of space is accelerating, with new applications in telecommunications, Earth observation, and deep-space exploration. Europe has the technical expertise — but needs capital to remain competitive. The Middle East, with its deep investment pools and appetite for innovation, is an ideal partner. The economic logic is clear. Space technology drives innovation across industries — from global internet access to climate monitoring. The companies that lead will shape the future and reap the rewards. Europe faces a choice: continue letting its most promising startups struggle, or seize the opportunity to forge a bold new partnership — one that combines European research with Middle Eastern investment to build a stronger, more competitive space industry. It’s a win-win. And it reflects a simple truth: the future of space will belong not only to those with the best ideas, but to those with the means to realise them.

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