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Sustainability is generating more and better jobs. Sustainability is a concept that has gained significant attention in recent years. It refers to the ability to meet the needs of the present without compromising the ability of future generations to meet their own needs. Notably, sustainability also holds the potential to create more jobs. According to a report by the International Labour Organization (ILO), the adoption of sustainable practices in the energy sector, electric vehicle usage, and increased energy efficiency in buildings could result in the creation of up to 24 million new jobs.
Sustainability plays a crucial role in generating more and better job opportunities, particularly in developing countries. Economic transformation, which involves shifting workers from lower to higher productivity activities, can be facilitated through sustainable practices such as investing in renewable energy, sustainable agriculture, and eco-tourism.
Numerous job roles in the sustainability sector contribute to making a positive impact on the world. Some of these positions include environmental engineers, renewable energy specialists, sustainability coordinators, and green building architects.
The transition from fossil fuels to clean energy sources, like solar and wind power, requires the development, installation, and maintenance of renewable energy infrastructure. This shift opens up diverse employment opportunities, encompassing roles from engineers and technicians to project managers and construction workers.
As societies prioritize sustainable practices, there is an increasing demand for energy-efficient buildings. This necessitates a skilled workforce capable of designing and constructing environmentally-friendly structures, retrofitting existing buildings, and implementing sustainable technologies. Green construction initiatives create jobs for architects, engineers, construction workers, plumbers, electricians, and others.
The recycling industry already supports millions of jobs worldwide, ranging from collection and sorting to processing and manufacturing. Embracing circularity empowers governments and businesses to innovate waste management systems, leading to employment opportunities in recycling technologies, waste reduction strategies, and sustainable product design. This shift generates jobs in sectors like waste collection, recycling, engineering, and research.
The agriculture and forestry sectors play a significant role in creating sustainable jobs. Practices such as organic farming and agroforestry promote soil health, biodiversity, and climate resilience. These practices require skilled farmers, agronomists, and agricultural technicians, contributing to the creation of sustainable job opportunities.
Sustainability serves as a catalyst for job creation by promoting economic transformation and investment in sustainable practices. By adopting sustainable approaches across various sectors, such as energy and agriculture, we can generate more employment opportunities while simultaneously protecting our planet. Embracing sustainability not only fosters economic growth but also contributes to a greener and more prosperous future.
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In recent years, there has been a growing global awareness of the importance of environmental, social, and governance (ESG) factors in driving sustainable development. India, with its vast population and diverse economy, is no exception to this trend. As the country continues to grapple with pressing environmental and social challenges, the need for ESG awareness and action has become increasingly critical. Not only does this present an opportunity for India to address these challenges, but it also holds tremendous potential for job creation, especially among the country’s burgeoning young workforce.
ESG awareness in India has witnessed a significant surge in recent years, driven by a combination of factors. One of the key catalysts has been the increasing realization of the environmental impact of rapid economic growth and industrialization. From air pollution in urban centers to water scarcity in rural areas, the consequences of unsustainable practices have become impossible to ignore. As a result, there has been a growing emphasis on incorporating ESG principles into business operations and investment strategies.
Government initiatives have played a crucial role in fostering ESG awareness in India. The Securities and Exchange Board of India (SEBI), the regulatory body overseeing the country’s capital markets, introduced mandatory ESG reporting for the top 1,000 listed companies in 2020. This move has prompted companies to proactively disclose their ESG performance, which in turn has increased transparency and accountability. Additionally, the Indian government’s ambitious renewable energy targets and sustainable development goals have further reinforced the importance of ESG considerations.
The rise of millennial and Gen Z consumers in India has also been instrumental in driving ESG awareness. Young Indians, with their increased exposure to global issues and access to information, are demanding more sustainable and responsible practices from businesses. This consumer pressure has forced companies to adapt and integrate ESG principles into their operations, thereby creating a ripple effect throughout the economy.
The potential for job creation in the ESG sector in India is immense. As ESG awareness grows, so does the demand for skilled professionals who can drive sustainability initiatives. This presents a unique opportunity for India’s young workforce, which is expected to be the largest in the world by 2025. Jobs in the ESG sector span a wide range of industries, including renewable energy, waste management, sustainable agriculture, green building, and sustainable finance.
Renewable energy, in particular, has emerged as a major job creator in India. The country is on track to achieve its target of 175 gigawatts of renewable energy capacity by 2022, creating a significant number of jobs in solar, wind, and hydropower sectors. According to the International Renewable Energy Agency (IRENA), India employed over 400,000 people in the renewable energy sector in 2020, and this number is expected to rise in the coming years.
The waste management sector is another area with tremendous job potential. With India generating a massive amount of waste every day, there is a growing need for innovative solutions to tackle this problem. From waste segregation and recycling to waste-to-energy projects, the waste management sector offers a range of opportunities for job seekers passionate about sustainability.
Sustainable agriculture is also gaining traction in India. As the country grapples with the challenges of food security, climate change, and water scarcity, there is a growing need for professionals who can implement sustainable farming practices, promote organic agriculture, and develop efficient irrigation systems.
Moreover, the growing demand for sustainable finance has opened up avenues for professionals skilled in ESG investing, impact assessment, and green bonds. The Indian government’s push for financial institutions to align their lending practices with ESG criteria has created a need for experts who can navigate this evolving landscape.
In addition to the direct job opportunities, the ESG sector has the potential to stimulate entrepreneurship and create a wave of social entrepreneurs. Individuals who are passionate about addressing environmental and social challenges can leverage the growing demand for sustainable solutions to start their own ventures. By nurturing a culture of entrepreneurship and providing support through funding, mentorship, and incubation programs, India can unleash the entrepreneurial potential of its young workforce in the ESG sector.
To unlock the potential for job creation in the ESG sector, it is crucial to invest in education and skill development. Indian educational institutions should incorporate ESG-related courses and programs to equip young individuals with the knowledge and skills necessary to excel in this field. Additionally, vocational training programs can be established to provide practical training in areas such as renewable energy installation, sustainable farming techniques, and waste management practices.
Government support is also essential in fostering job creation in the ESG sector. Policies and incentives that promote sustainable businesses and investments can encourage companies to adopt ESG practices and expand their workforce. Tax benefits, grants, and subsidies can incentivize companies to invest in renewable energy projects, implement sustainable practices, and hire ESG professionals.
Collaboration between the government, private sector, and civil society is crucial to drive the growth of the ESG sector and create employment opportunities. Public-private partnerships can be formed to establish training institutes, research centers, and incubation hubs focused on ESG innovation. These collaborations can also facilitate knowledge sharing, technology transfer, and mentorship programs, nurturing a supportive ecosystem for ESG job creation.
It is important to note that ESG awareness and job creation in India are not limited to large cities. Rural areas can also benefit from sustainable practices and job opportunities. Initiatives such as decentralized renewable energy projects, sustainable agriculture cooperatives, and community-based waste management programs can empower rural communities, create employment, and drive inclusive development.
The state of ESG awareness in India is promising, with increasing recognition of the importance of sustainable practices across various sectors. The government’s push for ESG reporting, the demands of young consumers, and the need to address pressing environmental and social challenges have propelled the growth of this sector. By nurturing ESG awareness and investing in skill development, India can unlock the potential for job creation, providing meaningful employment opportunities for its young workforce while addressing critical sustainability issues.
In conclusion, the state of ESG awareness in India is on the rise, fueled by government initiatives, consumer demands, and environmental challenges. This growing awareness presents a significant opportunity for job creation, particularly among the country’s young population. Industries such as renewable energy, waste management, sustainable agriculture, and sustainable finance offer a plethora of employment possibilities. To fully realize the potential of the ESG sector, investment in education, vocational training, government support, and collaboration between stakeholders is crucial. By harnessing the power of ESG, India can not only create jobs but also drive sustainable development and address pressing environmental and social concerns.
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In an era marked by unprecedented environmental challenges, the young generation holds the key to shaping a sustainable future. Adopting and learning about sustainability principles is not just a responsibility but a vital opportunity for today’s youth. Empowering the young generation by encouraging them to actively engage in sustainable practices is essential because young people can drive positive change, protect the planet, and secure a better future for themselves and generations to come.
Today’s young generation faces the pressing reality of climate change, deforestation, pollution, and resource depletion. By adopting sustainability, young people can contribute to mitigating these challenges. Understanding the interconnectedness between human actions and the environment empowers them to make informed choices that promote conservation, reduce carbon footprints, and protect ecosystems. By embracing sustainability practices such as energy efficiency, waste reduction, and sustainable transportation, young individuals become active agents in combating environmental issues and safeguarding the planet’s natural resources.
Sustainability equips the younger generation with crucial skills for resilience and adaptability. As they learn to navigate and respond to complex sustainability challenges, they develop problem-solving, critical thinking, and innovation skills. Sustainability education encourages creativity and the ability to envision alternative solutions to global problems. By cultivating these attributes, young individuals are better prepared to address future uncertainties, adapt to changing circumstances, and contribute to sustainable development in their personal and professional lives.
The choices made by young people today have a profound impact on the future of consumption and production patterns. By adopting sustainable consumption habits, such as buying ethically sourced products, supporting local businesses, and reducing waste, young individuals become catalysts for a shift towards more responsible practices. Moreover, by embracing sustainable production principles in their careers and entrepreneurial ventures, they can foster innovation and create businesses that prioritize environmental and social responsibility. Through conscious choices, young people can influence industries, promote sustainable economic growth, and drive positive change in society.
Sustainability is intrinsically linked to social equity and justice. The young generation plays a pivotal role in promoting inclusivity, diversity, and social responsibility. By championing social justice causes, advocating for equal access to resources, and addressing systemic inequalities, they can contribute to building a fairer society. Sustainability education empowers young individuals to understand the connections between social, economic, and environmental issues, promoting holistic solutions that prioritize the well-being of all individuals and communities.
Embracing sustainability is not only a choice but a responsibility for today’s young generation. By adopting sustainable practices, young individuals can actively contribute to addressing environmental challenges, fostering resilience, shaping responsible consumption and production patterns, and promoting social equity. Empowered with knowledge and passion, they hold the potential to create a more sustainable and inclusive future for themselves and generations to come.
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Normalized Difference Vegetation Index (NDVI) is one of the most commonly used indices in remote sensing for the assessment of vegetation health. NDVI is a simple graphical indicator that uses the near-infrared and red wavelength band to assess the amount of vegetation present in an area. NDVI values range from -1 to 1, with higher values indicating denser vegetation. NDVI images can be used to identify and map vegetation cover, monitor plant growth and health, and detect changes in vegetation cover over time. Remote sensing techniques such as satellite and aerial imagery are often used to capture NDVI images.
The unique benefits that this technology offers can be used to drive sustainability initiatives through various use cases such as:
NDVI images can be used to detect changes in vegetation cover and identify areas of forest degradation or deforestation. This information can be used to develop sustainable forest management plans and to monitor the effectiveness of conservation efforts.
NDVI images can be used to monitor crop growth and health, identify areas of stress, and detect pests and diseases. This information can be used to optimize crop yields and reduce the use of chemical fertilizers and pesticides. One way could be to use precision farming equipment to help farmers improve crop yields.
NDVI images can be used to map and monitor the distribution and health of vegetation in protected areas, which can inform conservation and management decisions.
NDVI images can be used to monitor the success of reforestation efforts and to identify areas where additional planting is needed.
A lot of insight into changing climate and its impact has been facilitated by various remote sensing technologies, one of which is NDVI imaging. It can be used to detect changes in vegetation cover over time, which can provide insight into the impacts of climate change on vegetation patterns and different ecosystems, and this inforamtion can be utilized by researcher, scientists and policy makers to take remedial action.
In the water resource management sector, NDVI technology can be used to monitor vegitation cover and identify areas where water is being lost due to over extraction or degradation of catchment areas.
Leading urban planners and architects can use this technology while planning smart and sustainable cities. The NDVI data can be used to help identify the areas where green infrastructure can be used to reduce the urban heat island effect, manage storm water and improve air quality.
Computer Vision is a field of artificial intelligence that deals with the development of algorithms, models, and systems that can process and understand visual information from the world. It aims to enable machines to interpret and understand the visual world in the same way that humans do. The field of computer vision is rapidly advancing, and new applications are being discovered as the technology continues to improve.
Image recognition: Identifying objects, people, or scenes in digital images, such as face recognition or object detection in self-driving cars. There are many companies that are using image recognition technology for sustainability in various industries.
Video analysis: Tracking and analyzing movements and actions in videos, such as surveillance cameras or sports analysis.
Augmented Reality: Superimposing computer-generated images over real-world views, such as in mobile apps and video games.
Medical image analysis: Identifying and diagnosing diseases, such as cancer and tumors by analyzing medical images such as X-rays and CT scans.
Industrial automation: Monitoring and controlling industrial processes using cameras, such as in manufacturing and quality control.
Improve recycling and waste management: Using cameras and machine learning algorithms to identify and sort different types of waste, such as recyclable materials, organic waste, and hazardous waste.
Improve crop yields and reduce water usage: Using cameras and machine learning algorithms to analyze images of crops and identify issues such as pests, disease, and irrigation requirements.
Monitor fish health in Aquaculture: Using cameras and machine learning algorithms to monitor fish health, growth and sustainability to improve yields.
Improve safety profile of autonomous vehicles: Using cameras and sensor data to analyze the surrounding environment and make decisions about the vehicle’s movements, with the ultimate goal of improving the safety profile of the vehicle by reducing the number of accidents and reducing traffic congestion.
Improve efficiency and safety of construction sites: Using cameras and machine learning algorithms to monitor the progress of construction projects and identify potential issues such as structural damage or unsafe working conditions.
Optimize energy consumption: Using machine learning and computer vision to analyze video data from cameras and sensors to optimize energy consumption, reduce emissions and improve safety in transportation sector.
Sustainable manufacturing operations: Using computer vision and machine learning to analyze video data from cameras and sensors in manufacturing plants to optimize production processes, reduce waste, and improve energy efficiency.
Reduce use of X-ray films and dyes: Medical image analysis using computer vision can promote digital imaging in healthcare sector, reducing the requirement of X-ray films, dyes and chmicals used in imaging procedures.
Having tracked enterprise blockchain adoption for over six years now, we know that despite facilitating hundreds of enterprise projects aimed at improving sustainability performance, blockchain technology comes under scrutiny when technology decision-makers at enterprises are evaluating the tech stack of their digital initiatives. Bitcoin, which is the most popular use case of the technology uses an extremely power-hungry blockchain, and as a result, creates a significant environmental impact.
We believe that using a broader brush to paint all blockchains as environmentally inefficient is not justified because many blockchains that are being used in enterprise initiatives are far more energy efficient than the bitcoin blockchain. The companies behind these blockchains are making continuous efforts to reduce energy consumption and are also using the carbon-offset route to reduce their overall footprints. Ethereum blockchain, which is most widely used for enterprise projects took a huge step in 2022 to change its consensus algorithm which will reduce its energy consumption by more than 99%.
Recently, PriceWaterhouseCoopers has created an assessment framework that will allow companies to calculate the environmental footprint of their blockchain initiatives. We believe this will increase the adoption of blockchain for sustainability initiatives as technology decision-makers will be able to evaluate the actual footprint of blockchain initiatives, and could also incentivize those providers, who use more energy-efficient blockchains.
What are your thoughts ‘Blockchain for Sustainability‘ Community?
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Recently, our Founder Sumit Kumar authored a guest post “The Great ESG Reporting Divide” for India’s leading business magazine – Outlook India. This post highlighted the key reasons that have kept small companies away from reporting their ESG performance. He also suggested two steps that can help bridge this divide. Here we present a summary of this article, and you can read the full article on Outlook.
While there has been a big improvement in scope, quality, and consistency of sustainability reporting by many public companies, only a few large companies are driving this improvement. Data from The Conference Board indicates that most companies on the Russell 3000 index are not reporting their sustainability performance.
There are five major reasons responsible for small companies not taking up ESG reporting:
How do we bridge the divide:
ESG intelligence is aligning its solutions with these two initiatives highlighted above to bridge the ESG reporting divide:
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On 7th January 2021 ESG Intelligence got a chance to present at the Global Blockchain Business Council‘s Virtual members forum. Here we presented a summary of major blockchain consortia trends that we observed in 2020, and how we expect blockchain consortia to help ‘build back better’. In this post, we list the highlights of this presentation.
We first identified the biggest challenges that the enterprise blockchain ecosystem faces:
We then identified how different types of blockchain consortia are working towards addressing these pain-points of the enterprise blockchain ecosystem.
Here we discussed the four major focus areas for blockchain consortia in 2021 and beyond:
ESG Intelligence has been closely monitoring the evolution of the blockchain consortia landscape and has created a comprehensive yet curated platform that gives one-stop access to:
Enterprises, blockchain solution providers, and researchers can benefit tremendously from this platform and can book a free demo session with our team.
You can access the entire presentation here:
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As blockchain technology continues to evolve, calls for clarity surrounding technical, regulatory, and governance models have intensified. GSMI is an unprecedented effort to map and analyze the current landscape of technical and regulatory standards aimed at inspiring responsible innovation.
ESG Intelligence has collaborated with the Global Blockchain Business Council (GBBC), World Economic Forum, and industry leaders to release the Global Standards Mapping Initiative (GSMI), the first comprehensive effort to survey blockchain standards, mapping data from over 30 of technical standard-setting entities, 185 jurisdictions, and nearly 400 industry groups.
The GSMI includes two reports — covering technical standards and legislation and guidance by sovereign and international bodies — and an interactive world map of blockchain legislation and guidance. You can discover resources here.
The GSMI Platform and the reports were unveiled by senior industry leaders on October 14, the World Standards Day. ESG Intelligence is proud to have contributed to this important platform and will continue to contribute going ahead.
The Technical standards report tracks the evolution of blockchain technology standards and identifies themes around which most standardization activity has centered. These themes include Security, IoT, Identity, DLT requirements, and DLT taxonomy/terminology.
The Regulation component focuses on two crucial questions:
To address these questions trends, and challenges across the 185 jurisdictions have been examined and the findings have been sorted into 10 categories including Consumer Protection, Financial Surveillance, Securities and Commodities Regulation, Taxation, CBDCs, and more.
While much of the existing regulation and standardization efforts have been centered around digital assets, a wider focus on blockchain technology is required to fuel enterprise blockchain adoption. As enterprises – big and small, continue to invest in blockchain consortia, the technology providers, including large IT services providers, system integrators, as well as niche technology start-ups are working with enterprises to expand enterprise adoption of this technology.
We also notice that some governments, government agencies, and regulators have proactively participated in consortia with enterprises and technology providers to explore the impact of this technology in specific use cases. However, such involvement needs to increase so that the regulatory framework can be put in place to smoothen the roll-out of viable use cases.
We believe that the GSMI can be a very useful platform that allows stakeholders from governments, enterprises, and technology providers to track the current status and evolution of blockchain-related regulation and standards. This can allow them to learn and work towards implementing similar regulations and standards, in their own jurisdictions or industries.
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ESG Intelligence has been tracking the blockchain consortia space very closely for the past few years. We maintain the most current, comprehensive, and comparable database of blockchain consortia. This database has been used to deliver insightful reports to our clients. You can now access this database through the SIA platform for Blockchain Consortia Intelligence.
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