SINGAPORE – The creation of a new campus for international school United World College of South-east Asia (UWCSEA) in Tengah is expected to negatively impact biodiversity, disturbing the habitat of a critically endangered songbird and the globally endangered long-tailed macaque.
This was disclosed on the school’s website on April 9 in an environmental impact assessment, which also uncovered a species of grass on the site previously thought to be nationally extinct.
With site preparation works slated to begin in August, the 211-page report outlined the ecological consequences of the new campus and proposed measures to reduce impact to acceptable levels.
This marks the fifth environmental study released online for works in the Tengah forest, which is progressively cleared for Singapore’s first “forest town”.
The development will take up 9.48ha of land – the size of roughly 13 football fields – consisting primarily of young forest, scrubland, and various water bodies, according to the report prepared by engineering consultant Aurecon.
In a statement on its website, UWCSEA said the study began in September 2024 and concluded in February to ensure that the full cycle of all species was observed.
A total of 137 animal species were recorded during field surveys, of which six were deemed significant for conservation. This included the straw-headed bulbul – a songbird on the brink of global extinction due to poaching and habitat loss – as well as the harlequin butterfly that is critically endangered here.
Also detected in the area was Singapore’s last wild cat species – the leopard cat.
The greatest harm for wildlife in Tengah will result from the loss of natural water bodies during site clearance, including natural freshwater streams, as well as the impact construction will have on aquatic fauna.
The report said these impacts could be lowered to a moderate level with mitigation measures, which include salvaging freshwater fauna, especially the nationally endangered crescent betta (Betta imbellis), and moving the fish elsewhere.
Dr Tan Heok Hui, an ichthyologist at the NUS Lee Kong Chian Natural History Museum, noted that the disappearance of agricultural land has made it increasingly difficult to find the open-country aquatic systems necessary for such fish.
Dr Tan, who was not involved in the environmental study, said that while translocation is effective in theory, it will need to be thoroughly implemented.




