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Indonesia Burning: Forest Fires Flare To Alarming Levels

Fires were ablaze once more on the Indonesian island of Sumatra, reaching levels almost as high as those of June 2013, when neighboring Singapore and Malaysia were smothered by record-breaking smog and haze. NASA satellites registered a total of 734 high-confidence fire alerts in Sumatra’s provinces for the period August 22-27. Fire alert numbers declined significantly August 28-29.

Fire Alerts Spike in Indonesia as Risk of Haze Crisis Returns

Cecelia Song, Kemen Austin, Andrew Leach, and other experts at WRI also contributed to this post.

Bacalah posting blog dalam Bahasa Indonesia di sini

Fires are flaring up once more on the Indonesian island of Sumatra. Media reports in the region indicate that the resulting smog has already reached unhealthy levels over parts of Indonesia and Malaysia.

Indonesia Haze Risk Will Remain High Unless Ministers Keep Promises

Following record-breaking air pollution across Indonesia, Singapore and Malaysia, ministers from five Southeast Asian countries will meet in Kuala Lumpur this week for urgent talks on combating the haze.

New analysis of the patterns and causes of the fires in Sumatra that caused the haze highlights serious issues at the kickoff of this 15th meeting of the Sub-Regional Ministerial Steering Committee on Transboundary Haze Pollution.

The new analysis from the World Resources Institute (WRI), which has been closely monitoring the fires since they began, highlights four key challenges that should help set the agenda for the Ministers of Indonesia, Singapore, Malaysia, Brunei Darussalam and Thailand.

1. First, pulpwood and oil palm concessions have a more significant role in the fires that we earlier thought.

WRI’s analysis shows that that the number of fire alerts per hectare, in other words their density, is three to four times higher within pulpwood and oil palm concession boundaries than outside those boundaries.

Risiko Kebakaran Hutan dan Kabut Asap Indonesia Masih Tinggi: Empat Temuan Mencemaskan Terkait Kebakaran Hutan Belakangan

Cecelia Song, Ariana Alisjahbana, Kemen Austin, Andrew Leach, Anne Rosenbarger, James Anderson dan ahli lainnya di WRI juga berkontribusi dalam artikel ini. Translation by Andhyta Utami, Andika Putraditama, and Ariana Alisjahbana

Read this post in English here

Menteri dari lima negara Asia Tenggara akan berkumpul di Malaysia minggu depan untuk sebuah pembahasan penting mengenai usaha mengatasi kabut asap. Hal ini terkait terjadinya kebakaran hutan baru-baru ini yang telah memecahkan rekor polusi udara tertinggi di berbagai wilayah Indonesia, Singapura, dan Malaysia. Beriringan dengan dimulainya pertemuan ke-15 dari Komite Pengarah Tingkat Menteri Sub-Regional untuk Polusi Lintas-Batas (Sub-Regional Ministerial Steering Committee on Transboundary Haze Pollution), analisis mendalam mengenai pola dan penyebab dari api terus berlanjut. Semoga saja krisis terakhir ini dapat memastikan bahwa pertemuan tersebut dapat berlangsung lebih produktif dari 14 rapat sebelumnya, sekaligus mendorong kawasan untuk menemukan penyebab dari kebakaran dan kabut asap tersebut.

Pada pertengahan Juni, yakni puncak dari fenomena kabut asap tersebut, WRI mempublikasikan sebuah rangkaian tulisan yang terdiri atas tiga analisis mengenai kebakaran hutan di Indonesia, menggunakan peringatan titik api dari data satelit NASA dan peta resmi konsesi perkebunan HPH, kelapa sawit, serta HTI pemerintah Indonesia. Kami menemukan bahwa sekitar setengah dari peringatan titik api di Sumatera bertempat di dalam perkebunan kelapa sawit dan akasia, sekaligus mengidentifikasi perusahaan mana yang bertanggung jawab dalam pengelolaan area tersebut. Sejak penerbitannya, analisis dan temuan-temuan tersebut telah direplikasi, dikonfirmasi, serta dikembangkan oleh beberapa organisasi lainnya, termasuk CIFOR, Eyes on the Forest, Greenpeace, dan Union of Concerned Scientists.

How Singapore Can Help Clear the Air on the Haze

This post originally appeared as an Op-Ed in the Straits Times.

Singapore can help Indonesia untangle complex ownership structure of companies to figure out who’s legally responsible if crimes have been committed.

As Malaysia declares a state of emergency with over 200 schools closing, and residents of Indonesia and Singapore continue to suffer from the choking haze, it's time to move beyond the blame game of claims and counter claims. Instead, we need to look at the facts, learn quickly from the data, and ensure political leaders, companies and communities take appropriate action to prevent this crisis from recurring.

Lessons from Indonesia: Mobilizing Investment in Geothermal Energy

Developing countries will need about $531 billion of additional investments in clean energy technologies every year in order to limit global temperature rise to 2°C above pre-industrial levels, thus preventing climate change’s worst impacts. To attract investments on the scale required, developing country governments, with support from developed countries, must undertake “readiness” activities that will encourage public and private sector investors to put their money into climate-friendly projects.

WRI’s six-part blog series, Mobilizing Clean Energy Finance, highlights individual developing countries’ experiences in scaling up investments in clean energy and explores the role climate finance plays in addressing investment barriers. The cases draw on WRI’s recent report, Mobilizing Climate Investment.

The development of Indonesia’s geothermal energy sector—and the starts and stops along the way—provides an interesting case study on how to create readiness for low-carbon energy. By addressing barriers such as pricing distortions and resource-exploration risks, the country has begun to create a favorable climate for geothermal investment.

The History of Geothermal Power in Indonesia

Indonesia holds the world’s largest source of geothermal power, with an estimated potential of 27 GW. However, less than 5 percent of this potential has been developed to date. Indonesia began to explore its geothermal resource in the 1970s, with support from a number of developed country governments. The country made some progress in advancing geothermal development by the 1990s. However, development stalled during the Asian financial crisis in 1997-98 and was slow to recover.

In the early 2000s, a number of barriers limited investment in the sector, including a policy and regulatory framework that favored conventional, coal-fired energy over geothermal. Plus, the high cost and risk associated with geothermal exploration deterred potential investors and made it difficult to access financing from banks.

The Indonesian government took a number of steps to try to advance geothermal development and received support from a wide range of international partners, including multilateral development banks and developed country governments. In 2003, it passed a law to promote private sector investment in geothermal, establishing a target of 6,000MW installed capacity by 2020.

Data Terbaru Menunjukkan Kebakaran Hutan di Indonesia Adalah Krisis Yang Telah Berlangsung Sejak Lama

Selama beberapa hari terakhir ini, WRI telah melacak lokasi peringatan titik api yang terjadi di Sumatera. Dalam perkembangan terbaru ini, WRI menganalisis tren historis kebakaran hutan yang terjadi di Sumatera. Baca analisa sebelumnya.

Read this post in English here

Kebakaran terus terjadi di Indonesia, menyebarkan kabut asap yang menyiksa ke penjuru negeri dan juga Singapura serta Malaysia. Hasil riset terbaru dari World Resources Institute menunjukkan tren yang mengkhawatirkan terkait fenomena kebakaran hutan ini:

  • Kebakaran yang terjadi saat ini tidak melampaui batas normal tren historis kebakaran hutan yang terjadi di wilayah Indonesia, namun hal ini mungkin berubah jika kobaran api terus membesar.

  • Kebakaran saat ini adalah bagian dari krisis endemik kebakaran hutan, lahan dan pembersihan lahan yang telah berlangsung sejak lama di Indonesia. Aksi nyata dan tegas jelas dibutuhkan untuk mencegah memburuknya krisis ini.

New Data Shows Indonesian Forest Fires a Longstanding Crisis

Over the past few days, WRI has been tracking the location of forest and land fires on Sumatra, an island in western Indonesia. In this update, WRI examines the historical trends of forest fires in Sumatra. Read our previous analysis.

Bacalah posting blog dalam Bahasa Indonesia di sini

Fires continue to burn in Indonesia, spreading haze and suffering across the country and into Malaysia and Singapore. New research from the World Resources Institute reveals troubling trends about the blazes:

  • The current fires are not beyond the normal historic range for fires in the region, but that may change as the fires continue to burn heavily.

  • The recent fires are part of a longstanding, endemic crisis of forest fires and land clearing in Indonesia, and bold action is needed to prevent the crisis from escalating.

In this new analysis, WRI examines the historical trends of forest fires in Sumatra. Rapid analysis from WRI finds that the current forest fires observed in the Riau Province fit into a larger pattern of widespread forest and land fires. However, June 2013 is on track to be one of the worst months on record since 2001. Evaluation of recent wind patterns explains why the fires’ impact was felt so acutely in Singapore.

WRI explored these trends using two key data sets:

  1. Historic fire alerts from NASA’s Active Fire Data, which shows fire alerts for the period of January 1, 2001 until the present.

  2. Information on air dispersion to Singapore derived from NOAA’s HYSPLIT model, which takes into account meteorological data and can be used to estimate the most likely path that air traveled to reach a particular location at a given time.

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