GLOBAL ALLIANCE FOR SUSTAINABILITY
FOCUS AREAS
Energy Transition
Promoting a global energy transition and exploring alternative power sources like hydrogen are crucial strategies in combating climate change. As we continue our advocacy and promotion of energy transition,
Renewable Energy Technologies: A key part of the energy transition is the adoption of technologies that harness renewable energy sources, like wind, solar, hydro, and geothermal energy. Encourage investments in these technologies, support research and development, and help spread awareness about their benefits.
Hydrogen Energy: Hydrogen has significant potential as a clean energy source, especially in sectors that are hard to electrify, such as shipping and heavy industry. We feel it is important to focus on 'green' hydrogen, produced using renewable energy and drilling for white hydrogen, to ensure the process of hydrogen production itself doesn't contribute to carbon emissions.
Grid Modernization: As renewable energy sources become more prevalent, energy grids need to be modernized to handle these new inputs effectively. We will be promoting smart grids, energy storage technologies, and grid infrastructure that can handle decentralized and intermittent power sources.
Policy Advocacy: Policies play a huge role in promoting or hindering the energy transition. We will advocate for policies that incentivize renewable energy adoption, phase out fossil fuels, and make it easier for companies to invest in clean energy.
Public-Private Partnerships: Collaboration between government agencies and Global Alliance for Sustainability can accelerate the energy transition. These partnerships can mobilize resources, foster innovation, and leverage the strengths of both sectors to achieve shared goals.
Education and Awareness: Many people are unaware of the potential of renewable energy sources and the urgency of the energy transition. Educational campaigns can help to increase understanding and support.
Our work can make a big difference in these areas, keeping in mind that while technological solutions are important, so too are societal changes. A holistic approach that considers economic, social, and policy aspects of the energy transition will be most effective in achieving our goals.
Built Environment
The Global Alliance for Sustainability is focused on promoting a sustainable built environment. The built environment refers to human-made surroundings that provide the setting for human activity, ranging in scale from personal shelter and buildings to neighborhoods and cities, which can often include their supporting infrastructure such as water supplies or energy networks.
Green Building Practices: Encouraging the use of green building practices which minimize environmental impact during construction and throughout the life of the building. This could involve the use of sustainable building materials, energy-efficient design, and the incorporation of renewable energy sources.
Sustainable Urban Planning: Advocating for urban planning strategies that prioritize sustainability. This could involve promoting the development of walkable neighborhoods, efficient public transportation systems, and parks and green spaces that enhance biodiversity.
Retrofitting and Energy Efficiency: Promoting the retrofitting of existing buildings to improve energy efficiency and reduce carbon emissions. This could involve improvements to insulation, heating and cooling systems, and lighting, as well as the integration of renewable energy technologies.
Water Efficiency: Encouraging the incorporation of water-saving measures in buildings and urban design. This could include the use of rainwater harvesting systems, greywater recycling, and water-efficient appliances and fixtures.
Education and Advocacy: Working to educate the public, policymakers, and industry stakeholders about the importance of sustainability in the built environment. This could involve hosting seminars, publishing research, advocating for policy change, and providing training and resources for professionals in the field.
Policy Initiatives: Lobbying for building codes and urban planning policies that prioritize sustainability, and encouraging governments to provide incentives for green building practices and energy-efficient retrofitting.
​
Energy Efficiency: Implementing measures to improve energy efficiency can significantly reduce greenhouse gas emissions. We will advocate and promote for energy-saving technologies in industries, buildings, and transportation.
AGRICULTURE AND LAND USE
Human activities have significantly reshaped our planet's terrestrial expanse, predominantly due to agricultural practices and forest extraction. The land, including marine boundaries and the ocean floor, offers us shelter, nourishment, animal feed, fiber, wood, and certain energy forms. It directly underpins the livelihood of billions globally. Cumulatively, the food, agriculture, and land use sector are responsible for a significant 24 percent of human-made greenhouse gas emissions.
These pursuits often encroach on or displace natural ecosystems. The compounded impact of a burgeoning population and increasing consumption rates imply that the struggle to manage land sustainably will only escalate. Presently, agriculture and forestry activities constitute nearly a quarter of global greenhouse gas emissions.
How can we lessen the strain on ecosystems and land while still fulfilling the increasing global demand for food and fiber? How can we enhance the administration of land and other resources for improved food production, adopting methods that reduce emissions from agriculture, fisheries, and forestry?
The answers to these pressing questions are vital in curbing greenhouse gases, preserving our planet's biotic systems, addressing food security, and safeguarding human health – all of which are tightly interwoven. The solutions in this sector emphasize reducing waste and modifying diets, safeguarding ecosystems, and promoting superior agricultural practices.
Preserve Ecosystems: By consciously safeguarding land and ecosystems, we can prevent activities that would otherwise release carbon from vegetation and soil. Simultaneously, enhancing food production on existing farmland could alleviate the strain on surrounding landscapes, thus preventing further deforestation.
Revise Agricultural Practices: Improving agricultural practices can reduce emissions from crop fields and pastures. This includes methane produced by rice cultivation and ruminant farming, nitrous oxide released from manure and excessive fertilizer use, and carbon dioxide emitted through soil disruption. Some strategies, like Multistrata Agroforestry and Conservation Agriculture, can sequester more carbon by planting trees and reducing soil tillage.
Agricultural and forestry practices also play a crucial role in sequestering greenhouse gases from the atmosphere. Several strategies that halt land-based emissions also enhance carbon sequestration. These solutions are pivotal for enhancing food security and agricultural resilience, as they help create a more robust food system better equipped to withstand the impacts of climate change.
