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Description
The current Indonesian Fire Danger Rating System (FDRS) is used at the provincial level and national level, but it is too coarse and uses a minimal set of information (mainly based on weather) to be effectively used at a finer scale (i.e. at sub-district and/or village level). The Gambut Kita project will produce a more usable and accurate Peat Fire Danger Rating System (PFDRS), which will be designed to ‘bolt’ onto Indonesia’s existing FDRS. It will provide more accurate measurements on fine fuels and incorporate better understanding of diurnal changes in peat moisture in the surface layers. The PFDRS will improve the ability of local governments to provide data to their sub-districts on aspects of peat fire danger. Currently, the ability of local governments to provide peat fire information is limited to surface fires, and based on weather data from a very small number of weather stations

Description
The Peat Fire Monitoring Field Training (PFMFT) is based on a methodology developed by the University of Maryland Center for Environmental Science (UMCES)–Bogor Agricultural University (Institut Pertanian Bogor, IPB) National Aeronautics and Space Administration (NASA) Peat Fire Research Project. It provides a detailed approach to monitoring fire activity in the field through conducting a “Fire Scene Evaluation” and which includes collecting data on “Peat Fire Behaviour”. Data collection comprises: location and access points to the fire; total area burned; fuel loads; land tenure, usage and access rights; fire ignition and control (motivations, causes, human actions, [economic] loss of assets/ infrastructure, response [suppression]); authorities involved; scientific data (surface and peat emissions); and peat-fire behaviour. Past training events generated a high degree of interest in this approach from the project researchers and Indonesian academics, as well as on-ground fire fighters and those managing these teams, who wish to have a means of describing and quantifying the fires they observe.

Description
The Gambut Kita project will establish and monitor experimental demonstration trials (DemPlots) in each of the project’s focal regions in order to explore and demonstrate the most prospective systems. As some of the options may be longer term (e.g. agroforestry or forestry systems), the project may seek to add value to existing experiments if they are available and suitable for the purposes of the project.

Description
The project will develop and publish best practice guidelines for the alternative livelihood strategies evaluated and short-listed by the project in order to support outreach to and adoption by peatland communities.

Description
Healthy, hydrologically-functional peatland catchments are too wet to catch fire, whereas degraded ones pose a major fire risk. While significant national and international efforts are underway to restore these degraded, fire-prone peatlands, there is currently no nationally-agreed definition for peatland condition in Indonesia. To-date, on-ground efforts have yet to successfully restore extensive areas of peatland. Surface vegetation, fire history and administrative factors are the main inputs currently used to inform decision-making processes about which degraded peatlands to restore and which restoration methods to apply at each location. The Peatland Soil and Water Condition Indicators (PSWCIs) will help decision-makers in selecting the most locally-suitable restoration approaches. Using PSWCIs over time will enable government agencies to monitor the success of peatland restoration, and to scale out that success to other parts of Indonesia.

Description
The project will produce policy-focused reports, papers and briefs, as well as conduct face-to-face policy briefings. The policy briefs will be short, easy-to-read reports in Bahasa Indonesia and in English. The policy briefings will be one-on-one discussions.

Description
A 1-day policy dialogue event will explore the policy implications of the project’s key research findings on peatland fire prevention and restoration. The event will bring together a select cohort of senior policy-makers and policy-influencers for a deliberative forum with the project’s lead scientists and ACIAR research program managers. Participants will be encouraged to reflect on policy coordination, and whether and how the project outputs may be actioned through policy change. Subject to resourcing, a formal ACIAR technical proceedings may be published comprising the brief policy-oriented papers presented at the dialogue.

Overview
Smoke haze from indiscriminate burning
of peatlands has become a major issue
in southeast Asia in recent decades,
negatively affecting public health and
the economy of several countries in the
region.