Case study

Sustaining mangroves with communities in Sedili Kecil, Johor, Malaysia

In Sedili Kecil, Johor, Malaysia, we aim to raise awareness on the importance of the conservation of mangrove forests among local communities. We also encourage their involvement in rehabilitating mangroves and strengthening their capacity to implement techniques for sustainable use and monitor the mangroves.

Case study

Brunei Peat Swamp Forest Biodiversity Assessment

The rarely visited country of Brunei Darussalam is a green gem on the rapidly deforesting island of Borneo. Much of Brunei is still covered in peat swamp or mangrove forest, which is in stark contrast to the situation in other countries within the region. These forests are rich with species of plants and animals, but face threats due to development, peat drainage and fires.

Case study

Royal Selangor Golf Club Constructed Wetlands

The Royal Selangor Golf Club (RSGC) is a large area of greenery in the middle of an urban environment. The total area is about 122 […]


Biodiversity Of The Sedili Kechil Wetlands

A guidebook on rich and diverse biodiversity at Sedili Kechil, Johor


Guidebook to the Biodiversity of Linting wetlands

This guidebook talks about the biodiversity of the Linting wetlands.


Q and A To Constructed Wetlands

The Q&A publication on Constructed Wetlands aims to increase the understanding of constructed wetlands and how they function.


Mangrove Guidebook for Malaysia

Mangrove Guide Book designed as an easy and practical field guide for those interested in mangroves.

Case study

Kuala Lumpur Golf and Country Club Wetlands

Kuala Lumpur Golf and Country Club (KLGCC) is a very prestigious club that has deteriorated badly over the years and, with major renovation works, is […]

Case study

NAHRIM Lake Rehabilitation

  Wetlands International was involved in the rehabilitation of man-made lakes at the National Hydrological Research Institute Malaysia (NAHRIM). The aim was to improve conditions […]


Constructed wetlands

Constructed wetlands are man-made systems designed and engineered to emulate the functions and values of natural wetlands.