Indonesia · All habitat guides

Habitats of Indonesia

Mangroves & estuaries

The wooded, tidal boundary between land and sea.

Mangrove forest at Benoa, Bali.
Mangrove forest at Benoa, Bali.Photo: CEphoto, Uwe Aranas · Original photograph · CC BY-SA 3.0. Full image retained; thumbnails may be cropped. Photographs do not establish snake occurrence.

Understanding the environment

A sense of the habitat.

Mangroves occupy a coastal setting shaped by tidal water. They are different from inland freshwater-swamp forest. Benoa in Bali provides the photographed example; Wakatobi’s UNESCO account documents mangroves within a broader marine mosaic.

Explore the structure · Explore the environmental contrasts

Read the habitat

Select a zone to see what changes.

A coastal transition

Landward edge

The inland side of a mangrove system meets higher ground and other vegetation. Tidal reach, freshwater input and the shape of the shoreline influence this transition.

Mangrove boundaries vary locally; the wooded coastline is a mosaic.

Conceptual habitat structure, not a measured transect or a species range.

Indonesian examples.

Wakatobi includes mangroves, seagrass and coral reefs. They are connected but distinct ecosystems. The Benoa photograph is a Balinese example and should not be read as an image of Wakatobi.

Conservation context

What matters here?

UNESCO IOC identifies coastal development, pollution, agriculture and aquaculture among pressures on blue-carbon ecosystems. These broad pressures do not establish the present condition of an individual mangrove site.

Sources: UNESCO MAB — Wakatobi · UNESCO IOC — Blue carbon ·

From habitat to geographic evidence

Explore places & occurrence records.

These links lead to regional collections. A species in a regional list is not automatically confirmed in this habitat or in a named national park.

All Indonesian occurrence areas →

Checked 7 October 2026

Evidence & sources.

  1. UNESCO MAB — Wakatobi

    Reef, seagrass and mangrove ecosystems in southeastern Sulawesi.

  2. UNESCO IOC — Blue carbon

    General coastal pressures; not local snake distribution.

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