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Camera Trap Monitoring

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Camera Trap Monitoring is an essential method in biodiversity surveys, particularly for documenting terrestrial mammals and elusive wildlife. Cameras are strategically deployed along wildlife trails to record their presence, behavior, and activity patterns. This method provides objective, visual evidence-based data, including occupancy estimations for key species and the identification of potential threats. Camera traps enable long-term data collection with minimal disturbance to the natural behavior of wildlife.

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Biodiversity Survey

Our biodiversity surveys aim to identify, inventory, and map flora, fauna, and habitats as a scientific foundation for environmental planning and impact monitoring. In Kemuning Forest, Central Java, JAWI conducts systematic surveys three times a year. Since 2016, we have recorded 118 bird species,

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Kemuning Ecotour

JAWI introduces an exclusive nature tourism concept that prioritizes immersive experiences within Javas remaining lowland tropical forests. Through nocturnal treks, visitors have the chance to encounter iconic wildlife such as the Javan Slow Loris, Sunda Flying Lemur, and Red Giant Flying Squirrel.

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K-Coffee

Through the Coffee Biodiversity Conservation initiative, JAWI integrates commodity production with ecosystem preservation in Kemuning Forest. The primary challenge of this program is ensuring that conservation practices do not compromise productivity, but rather align with rigorous market quality

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Species Distribution Modeling (SDM)

We employ Species Distribution Modeling (SDM) to map the potential distribution of species by integrating presence data with environmental variables. This approach allows us to identify areas of high habitat suitability and predict potential biodiversity hotspots. Through this data-driven analysis,

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Spatial Analysis

Spatial Analysis is conducted to provide a comprehensive understanding of landscape conditions using geospatial data. This method enables us to monitor land cover patterns, habitat fragmentation, regional connectivity, and landscape shifts over time. Through this approach, we can accurately

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Passive Acoustic Monitoring (PAM)

Passive Acoustic Monitoring (PAM) is implemented as part of our biodiversity surveys to record animal vocalizations in their natural habitats non-invasively. This method is highly effective for detecting species that are difficult to observe directly, particularly nocturnal or cryptic wildlife. By

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Canopy Bridge

Our Canopy Bridge initiative is implemented through the project Restoring Connectivity for the Endangered Bintan Island Pale-thighed Langur (Presbytis siamensis rhionis) through Canopy Bridges in Lagoi Tourism Area, Bintan Island. Funded by Re:Wild and in collaboration with Bintan Resort, this

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