SODIS manual - updated version
The SODIS manual contains detailed information about technical and promotional aspects of the SODIS method.
Former version also available in French, Portuguese, Spanish, Uzbek, Russian
A practical guide for hospital administrators, health disaster coordinators, health facility designers, engineers and maintenance staff to achieve Smart Health Facilities by conserving resources, cutting costs, increasing efficiency in operations and reducing carbon emissions
In this edition, the Antimicrobial Resistance chapter discusses the growing, dangerous trend of antimicrobial resistance and the potential catastrophic consequences on global health.
The Nanomaterials chapter talks about this relatively new technology and its potential impacts on the environment a...nd health.
The Marine Protected Areas chapter draws attention to the plight of our oceans and the need for more and better managed protected areas.
The Sand and Dust Storms chapter discusses the human and environmental causes of such phenomena, their health impacts which include respiratory and cardiovascular diseases and lung cancer, and the need to manage the storms through sustainable land and water management.
The Solar Solutions chapter highlights how this renewable energy could help tackle climate change and bring much needed energy to off grid settlements.
The Environmental Displacement chapter shows how the impacts of climate change are displacing people, causing them to leave their homes.
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The total installed capacity so far is 6.5 Mwh and over 20 million women and children now have access to quality health services. Solar for Health focuses on installing solar PV systems in health clinics located in the poorest and most remote regions of world, helping to ensure that no one is left b...ehind.
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Energy use in the home is a vital and ubiquitous feature of human society. Energy
is used for a wide variety of purposes, including cooking, space heating, light-
ing, small-scale income generation, various household tasks, and entertainment.
The policy brief focuses on four key areas for intervention - air pollution, energy, transport and food systems. Air pollution causes 7 million deaths annually, and is a leading cause of both NCDs and climate change, thus all interventions to reduce air pollution have a positive impact on both human... and planetary health. In the energy sector, transition from fossil fuels to renewable energy is if vital importance to improving health, with mortality rates due to coal-generated electricity 1,000 times higher than for wind-generated electricity.
Promoting active transport such as walking and cycling in place of motorised transport has the dual benefit of reducing both air pollution and physical activity. Livestock production alone accounts for 18% of greenhouse gas emissions, with added emissions from food which are highly process and transported over long distances, and thus locally sourced plant based diets both prevent NCDs and promote human and planetary health.
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Joule 5, 2687–2714 October 20, 2021 Cell Press
This catalogue serves the purpose of connecting stakeholders from the
energy and health sectors with solutions providers, to help meet the
energy needs of healthcare facilities in response to COVID-19 and
beyond. The solutions provided herein represent a sample of a larger
group of solution prov...iders who can contribute to addressing this
challenge
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Cascading risks from rising prices and supply disruptions, April 2022.
Global resource markets are still reeling from the impacts of Russia’s invasion of Ukraine; the two countries are major suppliers of energy, food and fertilizers. Supply disruption and the sudden imposition, in response to the... crisis, of unprecedented economic sanctions, trade restrictions and policy interventions have caused prices of commodities to skyrocket.
Before the conflict, demand for global resources already exceeded supply and drove up prices as economies rebounded after the COVID-19 pandemic. This gave rise to a global cost-of-living crisis, characterized by increasing levels of energy and food poverty. This situation is likely to become much worse as a consequence of the war in Ukraine, and poses a threat to human security, particularly among low-income and vulnerable populations.
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this publication serves as a practical guide and useful resource for practitioners, farmers, scientists, and technicians to better understand the initiative undertaken by GGGI. In this compendium, GGGI provides the latest knowledge and capacity building materials on these topics and offers informati...on on the most relevant topics on technologies related to climate-smart agriculture and solar irrigation – both of which can be used as training materials.
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Almost the entire Rwandan population (98.5%) relies on polluting fuels, particularly firewood and charcoal, for cooking. Access to clean energy such as electricity is still limited. In 2022, 70% of the population lived in towns and villages that have electricity – 49% from the national grid and 21...% from off-grid (mainly solar) systems. When access is defined as connection and use of households to electricity, an estimated 47% of households had access in 2020, representing 86% of the urban population but only 38% of the rural population.
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The WHO fact sheet on household air pollution highlights that around 2.1 billion people rely on solid fuels like wood and coal for cooking, using open fires or inefficient stoves. This leads to severe indoor air pollution, contributing to about 3.2 million premature deaths each year, including over ...237,000 children under five. Health impacts include strokes, heart disease, COPD, and lung cancer. Women and children are particularly affected due to their roles in cooking and fuel gathering. WHO calls for the adoption of clean energy solutions, such as electricity and solar power, to mitigate the health risks associated with household air pollution.
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The WHO fact sheet on household air pollution highlights that around 2.1 billion people rely on solid fuels like wood and coal for cooking, using open fires or inefficient stoves. This leads to severe indoor air pollution, contributing to about 3.2 million premature deaths each year, including over ...237,000 children under five. Health impacts include strokes, heart disease, COPD, and lung cancer. Women and children are particularly affected due to their roles in cooking and fuel gathering. WHO calls for the adoption of clean energy solutions, such as electricity and solar power, to mitigate the health risks associated with household air pollution.
more
The WHO fact sheet on household air pollution highlights that around 2.1 billion people rely on solid fuels like wood and coal for cooking, using open fires or inefficient stoves. This leads to severe indoor air pollution, contributing to about 3.2 million premature deaths each year, including over ...237,000 children under five. Health impacts include strokes, heart disease, COPD, and lung cancer. Women and children are particularly affected due to their roles in cooking and fuel gathering. WHO calls for the adoption of clean energy solutions, such as electricity and solar power, to mitigate the health risks associated with household air pollution.
more
The WHO fact sheet on household air pollution highlights that around 2.1 billion people rely on solid fuels like wood and coal for cooking, using open fires or inefficient stoves. This leads to severe indoor air pollution, contributing to about 3.2 million premature deaths each year, including over ...237,000 children under five. Health impacts include strokes, heart disease, COPD, and lung cancer. Women and children are particularly affected due to their roles in cooking and fuel gathering. WHO calls for the adoption of clean energy solutions, such as electricity and solar power, to mitigate the health risks associated with household air pollution.
more