Monitoring carbon market development in Indonesia and globally — the rules that govern units, the prices they trade at, the assurance that makes them credible, and the buyers that retire them.
A membership-based organization advocating common market interests among project developers — carbon credits from a diverse portfolio of assessed, high-integrity projects rather than from any single one.
Tracking Indonesia’s 2026 fire season as it happens — hotspot counts, where the fire falls inside the conservation estate, the health bill it is running up, and the modeled cost to the economy.
The stripes above are Jakarta's mean annual temperature, one stripe per year from 1866 to 2025, in the order the years arrived. Blue years sit below the 1961–2010 average for the city and red years above it; the deeper the shade, the further from that reference.
Graphic from #ShowYourStripes, created by Professor Ed Hawkins, National Centre for Atmospheric Science, University of Reading. Regional temperature data from Berkeley Earth.
We provide strategic and technical advisory to governments, private sectors, and civil society organizations for sustainable landscape planning and management, integrating ecological priorities with financial and development strategies.
We design and implement carbon programs that contribute to national and global climate goals. Through measurable, verifiable, and transparent methodologies, we support emission reduction, carbon offset, and ecosystem restoration.
The Landscape Incubation Facility for the Environment assists and empowers environmental and social entrepreneurs. Eventually, LIFE will be equipped with a dedicated fund to provide financial resources for environmental and social enterprises.
The climate crisis reaches Indonesia as an economic event: drought and fire in the dry years, floods and landslides in the wet ones, and a fiscal bill for both. Decarbonization is the work of cutting emissions across power, land use, and industry fast enough — and financing it in a way the economy can carry.
Landscape approach is an approach that spatially and participatorily strives to balance seemingly competing goals of protection and production. Its particular challenge is financing: the multiple goals require an innovative financing structure, in most cases unique for different landscapes.
A market does not reduce a single tonne of carbon. What it does is decide where the reductions happen — moving capital toward the cheapest real abatement anywhere in the system, so a given budget buys more of it. Indonesia now has the law, the exchange and, since October 2025, an open route to international buyers.
A membership-based organization established by The Landscape Group to advocate common market interests among project developers — offering carbon credits from a diverse portfolio of assessed, high-integrity projects rather than from any single one.
About the Collective →Reform work on Indonesia's power market, where reliability, affordability, equity and decarbonization increasingly collide — including transition credits for the early retirement of coal-fired plants and their replacement with renewables.
About the initiative →Achieving food and energy security while conserving and restoring forests, reducing deforestation, and achieving the 2030 FOLU Net Sink target — three commitments that compete for the same land unless they are planned against one map.
About the initiative →With the School of Business and Management, Institut Teknologi Bandung. Agus Sari co-founded the program and teaches in it — an executive MBA that puts climate, carbon and sustainable business at the center of general management rather than alongside it.
Floods After Fires — the 2026 super El Niño and the probable super La Nina that follows could cost Indonesia 3.5 to 7.1 percent of GDP over the two years. Includes the ENSONINAID26 model.
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Fire in the Protected Areas — Indonesia's conservation estate in the 2026 season: 2,067 high-confidence hotspots inside the estate, ten sites carrying 70 percent of them, and legal protection tracking none of it.
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Land-use optimization for food security, bioenergy and forest conservation in Indonesia — what a 50 percent biodiesel blend and rice self-sufficiency would cost in land, and where the two targets collide.
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Retiring Cirebon-1 would ripple upstream to the coal-producing provinces — and international finance alone will not cover the socio-economic cost.
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A calibrated system-dynamics model of how a super El Niño propagates through the Indonesian economy — and why the indirect wave costs more than the scorched fields.
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