Unveiling the wonders of fireflies
18 July 2023
Biodiversity research plays a vital role in unravelling the mysteries of the natural world and understanding the intricate relationships that shape ecosystems. In this pursuit, scientists like Dr Wan Faridah Akmal Jusoh from the School of Science at Monash University Malaysia are at the forefront of studying and conserving biodiversity. Through her groundbreaking research, Dr Wan aims to create an extensive species database, discover new species, and shed light on the evolution of ecosystems.
Dr Wan's research project initially stemmed from her fascination with conservation biology. However, her focus has since shifted toward the integration of biodiversity research and natural history. By employing fieldwork, molecular and morphological tools, museum collections, and archives analysis, she strives to develop a comprehensive species database. Her research encompasses a wide range of areas, from identifying new species to unravelling the evolutionary history of ecosystems.
As one of the few firefly taxonomists globally, Dr Wan is deeply committed to promoting proper training and recognition in taxonomic studies, particularly in Southeast Asia. She firmly believes that although species extinction is irreversible, the loss of taxonomic knowledge can be reversed through concerted efforts.
"By reversing the loss of taxonomic knowledge, scientists can fill critical gaps in our understanding of biodiversity. This knowledge not only contributes to the scientific community's understanding of the natural world but also has practical implications for conservation. Accurate species identification allows for targeted conservation actions, such as habitat protection, species-specific management plans, and appropriate conservation strategies," she stated.
Dr Wan harnesses the power of collective knowledge by engaging individuals from various backgrounds, including taxonomists, evolutionary biologists, conservation practitioners, protected area managers, wildlife enforcement agencies, environmental groups, and natural history historians. One of her innovative approaches is integrative taxonomy, which combines molecular approaches and morphological features to resolve taxonomic issues and gain deeper insights into the evolutionary history of fireflies.
"The consequences of species loss are staggering, with numerous species vanishing before they can even be identified. Our research makes a profound impact on both local and global communities. Discovering new species and populations inspires and engages people in biodiversity conservation efforts and contributes to ecological and evolutionary theory," she added.
Her research team's discoveries of new firefly species in Southeast Asia and the proposal of a new genus for two Japanese fireflies have enhanced taxonomic stability and emphasised the need for stronger conservation measures. Moreover, Dr Wan's research has shed light on potential cryptic species, as evidenced by her findings on the synchronous flashing Pteroptyx tener firefly populations in Malaysia. These discoveries emphasise the importance of recognising and characterising cryptic species to preserve natural resources effectively. By revealing that endangered species may comprise multiple species, each requiring tailored conservation strategies, her work contributes to a more nuanced understanding of biodiversity conservation.
Dr Wan's research partnerships include agencies such as the National Park Board in Singapore, the Forest Research Institute Malaysia, the National University of Singapore, the Naturalis Biodiversity Center in the Netherlands, and most recently, Friends of Bukit Kiara in Kuala Lumpur. These collaborations foster collective progress, enabling researchers and conservation practitioners to work together towards biodiversity preservation.
Dr Wan's remarkable research work serves as an inspiration for both the local and global community, highlighting the importance of preserving biodiversity and recognising the hidden wonders of the natural world. Dr Wan's research leaves an indelible mark on the scientific community and the ongoing battle to conserve our planet's rich biodiversity by championing taxonomic studies and conservation efforts.