The majestic, unusual looking Lionfish could be seen as harmless to the untrained eye. Yet, this invasive species has multiplied aggressively over the last two decades to become a serious threat to biodiversity in the marine setting.
The red lionfish (Pterois volitans) and the devil firefish (Pterois miles) are native to the Pacific Ocean and the Indian Ocean respectively, though their ranges overlap in the waters around Indonesia. These two species are collectively known as lionfish and are so similar in appearance that scientists usually rely on genetic analysis to tell them apart. Thriving on coral reefs and among mangroves and seagrass, lionfish have distinctive white and red/brown striped bodies and venomous spines on their fins to protect them from predators.
CABI scientists have revealed the massive ecological and economic impacts that the invasive alien tree Prosopis juliflora has had across the Afar Region of north eastern Ethiopia.
Dr Urs Schaffner, who is supervising lead author Mr Hailu Shiferaw for his PhD studies, contributed to the Science of The Total Environment published research which shows that the devastating Prosopis was a major reason for losses in annual ecosystem service values in Afar Region estimated at US $602 million in just 31 years.
A project aimed at managing the risks and costs of invasive alien species on important ecosystems, species and genetic diversity was launched in St. Kitts and Nevis on Tuesday, at the Ocean Terrace Inn Conference Room.
CABI scientists have helped map the ferocious speed and probable cause of a devastating spread of the invasive alien tree Prosopis juliflora (Swartz DC) across an area equivalent to half of neighbouring Djibouti in the Afar Region of north eastern Ethiopia.
CABI has published one of the most complete and current datasets on Invasive Alien Plants (IAP) in East and Southern Africa. This extraordinary dataset is already being translated into new research findings and conservation action on the ground.
CABI scientists are stepping up the fight against one of the UK’s most invasive non-native aquatic weeds.
Approval has been given for the release of a novel biological control agent – the mite, Aculuscrassulae – to assess its ability in the real-world environment to suppress Australian swamp stonecrop (Crassula helmsii), also known as New Zealand pigmyweed. This follows carefully controlled laboratory testing to ensure the safe, controlled release of the mite in the UK.
By Dr Pablo L. Plaza, Dr Karina L. Speziale, and Dr Sergio A. Lambertucci
In the current global climate of excess waste production around the world, there is great concern about how waste and dump sites could be a global problem, especially because the amount of global waste is only set to increase in the near future. At the moment, 3 million tonnes of waste is discarded around the world every day and by 2025, that total is expected to double.
Air pollution and contamination of water corps and soil with a range of toxins are common problems associated with the management of dump sites. Added to this is the presence of infectious pathogens in these sites, which can cause disease outbreaks for the communities living near to a rubbish dump site and even those in more distant areas.