This case study documents the issues related to accessing, processing, and applying climate information in order to help farming communities take robust, low-risk agricultural adaptation measures. The study focuses on central India’s Bundelkhand region, which straddles the provinces of Uttar...
The Nepalese government lacks crucial information and evidence necessary for climate change adaptation decision making. Despite this challenge, there has been significant movement around climate change adaptation in the country, most notably the successful development of the National Adaptation...
By examining the HighNoon project in north India, this case study explores how adaptation-relevant information can best be packaged and disseminated to different users and audiences at the state, district, and block levels. It also explores what kinds of information are of most interest to...
India recently experienced one of the world’s worst blackouts, with 670 million citizens directly impacted. While media reports have focused on the repercussions from two days of outages, this incident illustrates a much larger, more systemic problem: the need for improved electricity governance.
India’s History of Power Problems
India has the world’s fifth-largest electrical system, with an installed electric capacity of about 206 gigawatts (GW). India initiated power sector reforms in the early 1990s through a range of legal, policy, and regulatory changes. Over the last two decades, some of these reforms have been impressive, but several others weren’t taken. This lack of follow-through has resulted in a growing gap between electricity demand and supply throughout the country. Recent blackouts may have shined a spotlight on this gap, but it’s a situation that’s widespread in India: Not only do 400 million Indians lack access to electricity, but electricity supply is unreliable and of poor quality even in large parts of “electrified” India. In addition to the existing demand, Indian consumers, businesses, and industries seek more electricity to power appliances, processes, and products, further exacerbating the demand-supply gap. By 2035, India’s power demand is expected to more than double.
Lessons and Needs in South Asia
Governments, businesses, and citizens in South Asia all need access to good information to make decisions in a changing climate. However, the uncertainty of climate change’s impacts, complexity associated with climate vulnerability, and the lengthy time-frame along which global warming will...
This is a two-part series on expanding access to clean energy in developing countries. Tune in tomorrow for the second installment, which will highlight specific ways institutions can implement successful clean energy projects.
This week, key leaders from the policy, industry, government, NGO, banking, and civil society sectors are gathering in the Philippines for the 7th annual Asian Clean Energy Forum (ACEF). The event, organized by the Asian Development Bank and USAID, aims to foster discussions about how to scale up clean energy initiatives and curb climate change in Asian nations.
One the forum’s key themes is access to clean energy. In March 2012, the World Resources Institute and the DOEN Foundation also organized a workshop focused on innovative practices in providing access to clean energy in developing countries (check out the new video about this forward-thinking event). The workshop brought together an inspiring group of practitioners, project developers, and financiers who are all successfully implementing clean energy access projects in communities across the world. These practitioners are bringing efficient cook stoves to Africa, solar home systems to India, and small-scale hydro to Indonesia – reaching poor rural communities who are in great need of clean energy solutions.
This post was written with Sarah Lupberger, Project Coordinator with WRI's Electricity Governance Initiative.
A year and a half has passed since a political uprising rocked the central Asian country of Kyrgyzstan. The violent protests in April 2010 were in part a response to mismanagement of the energy sector and a loss of public trust in the government’s ability to provide essential services like electricity. These protests eventually grew into a revolution that ousted President Bakiyev.
Today, electricity sector reforms and engagement with civil society groups have begun to show signs of progress, according to WRI’s partners in the Electricity Governance Initiative (EGI).
The story of the Chinese wind power industry is remarkable. From a
small number of demonstration projects at the beginning of the century,
the Chinese wind power market has grown to become the world’s largest.
At the end of 2010, it overtook the United States to become the...
Bangladesh is afflicted by a multitude of natural hazards including tropical cyclones, tornadoes, tsunamis, drought, earthquakes, riverbank erosion, landslides, salinity intrusion and arsenic contamination. In an
average year, roughly 10 million Bangladeshi citizens are affected by one or...
Part 2: Challenges
This piece was written in collaboration with Cui Xueqin, Fu Sha, and Zou Ji.
In 2009, China’s Twelfth Five-Year Plan set a goal to cut the country’s carbon intensity by 17 percent by 2015. Responsibility for achieving portions of this target has been allocated to provinces and cities. This three-part series explores the vital role of China’s municipalities in reaching the national carbon intensity goal. Part 1 presented low-carbon city targets and plans developed to date. Part 2 explores some challenges related to designing city-level low-carbon plans and mechanisms to track progress towards them. Part 3 will present some possible solutions to these challenges.
Despite the work by major Chinese cities to move city planning onto a low-carbon trajectory, several challenges remain. Notable among these are the unclear relationship between low-carbon city planning and other planning processes, a lack of methods to account for city-level greenhouse gas (GHG) emissions, and a lack of approaches to address GHG emissions from electricity transmission.