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Joint Efforts for Mangrove Conservation with LasTree

Enabling access to mangrove research data for the sustainable management of Indonesia’s coastal ecosystems

LasTree App

LasTree.io is a digital platform dedicated to mangrove ecosystem research and conservation in Indonesia.As a research-driven startup, we provide open access to up-to-date data and research findings on mangroves, establishing a collaborative hub for researchers, academics, and conservation practitioners. Our platform offers a comprehensive database encompassing biodiversity records, ecosystem conditions, climate change impacts, and mangrove rehabilitation strategies across various regions in Indonesia.

Through a participatory scientific approach, LasTree.io is committed to supporting the sustainable development of coastal communities while preserving the rich biodiversity of mangrove ecosystems. We invite collaboration from international researchers, academic institutions, NGOs, and donors who share a concern for the future of Indonesia’s coastal ecosystems to join us in this science-based conservation mission.

About LasTree.io

Scientific Services for Mangrove Ecosystems

Collaborate through access to the latest mangrove ecosystem research and data from Indonesia

Mangrove Biodiversity Database
A coastal scene featuring a mangrove forest with dense clusters of thin, protruding roots emerging from the sandy shoreline. The mangroves have lush green foliage, and there's clear, shallow water visible alongside the roots.
A coastal scene featuring a mangrove forest with dense clusters of thin, protruding roots emerging from the sandy shoreline. The mangroves have lush green foliage, and there's clear, shallow water visible alongside the roots.

Comprehensive data on mangrove biodiversity and ecosystem conditions across Indonesia.

A person walks along a narrow wooden boardwalk surrounded by dense mangrove trees. The boardwalk is elevated above the water, which is reflecting light, creating a serene and mysterious atmosphere. Tall mangrove roots and branches extend upwards and outwards, casting shadows.
A person walks along a narrow wooden boardwalk surrounded by dense mangrove trees. The boardwalk is elevated above the water, which is reflecting light, creating a serene and mysterious atmosphere. Tall mangrove roots and branches extend upwards and outwards, casting shadows.
An intricate network of mangrove roots stretches out across the ground, winding in various directions. Above, lush green leaves create a dense canopy, casting shadows below. The scene is a natural setting with a tranquil and wild atmosphere, indicative of a coastal or riverine environment.
An intricate network of mangrove roots stretches out across the ground, winding in various directions. Above, lush green leaves create a dense canopy, casting shadows below. The scene is a natural setting with a tranquil and wild atmosphere, indicative of a coastal or riverine environment.
Mangrove Rehabilitation Strategies

A scientific approach to mangrove rehabilitation and climate change impact mitigation.

A centralized platform fostering collaboration among researchers and practitioners for the conservation of mangrove ecosystems.

Mangrove Conservation Hub

A Geospatial Analysis Approach using NDVI and NDMI Differencing

  • Focus: Strategic planning for sustainable mangrove eco-tourism

  • Method: Geospatial analysis using NDVI & NDMI differencing over time

  • What it measures:

    • NDVI → vegetation health/greenness

    • NDMI → moisture/hydrological condition

  • Key value: Detects change trends to flag priority areas (improving vs degrading zones)

  • Outcome: Supports zoning, conservation actions, and tourism management to balance development and ecosystem protection

LasTree Project

  • Theme: Joint efforts for mangrove conservation with LasTree

  • LasTree’s role: Enables easier access to mangrove research data (integrated, shareable, user-friendly)

  • End goal: Support evidence-based, sustainable management of Indonesia’s coastal ecosystems

Conservation Project

LasTree is committed to supporting various mangrove conservation projects across Indonesia through collaboration with researchers, NGOs, local governments, and community groups. Each project is designed to preserve mangrove ecosystems, strengthen coastal resilience, and enhance the well-being of surrounding communities.

A lush, green mangrove forest with tall, thin trees stands in a partially submerged area. Several traditional wooden boats are anchored along the muddy shore. The water appears shallow and reflects the greenery of the trees.
A lush, green mangrove forest with tall, thin trees stands in a partially submerged area. Several traditional wooden boats are anchored along the muddy shore. The water appears shallow and reflects the greenery of the trees.
Mangrove Ecosystem Data

LasTree provides open access to comprehensive mangrove ecosystem data covering key aspects such as biodiversity, vegetation condition, soil and water quality, and the impacts of climate change in coastal areas. The data are sourced from scientific research, field surveys, and ongoing monitoring by various stakeholders.

Each dataset is designed to support scientific analysis, conservation planning, and data-driven decision-making by researchers, policymakers, and environmental practitioners. Through an integrated approach, LasTree aims to enhance understanding of mangrove ecosystem functions and their role in maintaining environmental balance and supporting coastal communities.

A wooden walkway extends forward through a dense thicket of vibrant green mangroves. The path, constructed of uneven and weathered planks, is flanked by twisting branches and lush foliage, providing a sense of natural enclosure and serenity.
A wooden walkway extends forward through a dense thicket of vibrant green mangroves. The path, constructed of uneven and weathered planks, is flanked by twisting branches and lush foliage, providing a sense of natural enclosure and serenity.
Rehabilitation Strategies

LasTree highlights effective rehabilitation strategies for degraded mangrove ecosystems by integrating scientific research, local knowledge, and collaborative action. The main strategies include site assessment and mapping, selection of appropriate mangrove species, community engagement, and ongoing monitoring to ensure long-term ecosystem recovery.

Restoration initiatives are supported by data-driven planning and adaptive management, enabling practitioners to address site-specific challenges such as soil salinity, hydrological changes, and human disturbances. Educational programs and capacity-building activities are also conducted to empower local communities in maintaining and protecting rehabilitated areas.

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