Scientists gain access to an underwater world beneath Antarctica's ice via a recent calving event revealing a marvelous array of life.
Stephanie studied at the Queen Mary University of London, achieving first-class honours for her BSc Biology degree. Stephanie went on to study the ageing genes in naked mole rats as part of her MSc in Zoology at Pretoria University, South Africa. Following academia, Stephanie became an editorial assistant for Springer Nature’s Genome Medicine and Genome Biology journals, a medical writer, and then settled on a career as a freelance science writer/journalist. She has since written blog posts, features, and news concerning power systems, sustainability, robotics and automation, the environment, and nature.
Stephanie led plant specimen collections as part of an expedition for the Oman Botanic Gardens, a development of the Diwan of Royal Court. She wrote about the expedition for the Anglo Omani Society newsletter and provided a presentation for the society, for which she was highly commended.
Stephanie is currently writing her second children’s book which follows the adventures of an Antarctic Weddell seal. Her hobbies include writing, gardening, exercising, and cooking. Stephanie believes that reading and writing are not the same without a cup of rooibos tea.
News by Stephanie Leonida
Trace fossils from the Green River Formation in Utah reveal the intricate behaviour of a prehistoric water bird, previously thought to filter feed like the modern duck.
Researchers have found a way of obliterating bacterial superbugs by exposing bacteria to turmeric-derived curcumin (as a light-sensitive agent) and light, inducing destructive chemical reactions.
While quantum mechanics may not instantly come to mind when looking at a tree, plant, or beautiful floral display, researchers say that plants have a remarkable system for its use.
Concordia University researchers are leading a pioneering initiative, the Abundant Intelligences program, to integrate indigenous knowedge systems into the core of AI.
Electroactive biofilter technology substantially reduces the toxicity of contaminants in wastewater, transforming the future of wastewater treatment.
Researchers describe two new species of ancient mollusc sporting what can be described as a radical spiky hairdo.
Taking a deep genetic dive into human evolution reveals crucial links that tell us more about our developmental history.
What potent bacterial biochemical poses a real threat to flowering and non-flowering plant survival?
Scientists are working hard to illuminate the tantalizing nature of black holes and use advanced telescopes to provide detailed measurements.
You'll move, generate electricity, and power your smartwatch, mobile phone, and other portable devices, but way more efficiently researchers posit.
Increasing a crop's ability to photosynthesize boosts yield and biomass, but also incurs a negative developmental issue, scientists say.
A key system within the Global Ocean Conveyor Belt appears to be weakening. Why is this happening and what does this mean for our oceans and climate?
A discovery of the largest worm lizard to date fascinates researchers and it's the extinct organism's diet that links the past to the present.
Researchers show that animal protagonists in children's books are very important in helping children understand and predict social behavior.
Journalists from The Associated Press sharpen the lens on krill-fishing-associated whale deaths and highlight the need for sustained krill reserve management across the Antarctic Peninsula.
Researchers have a pleasant "conversation" with a humpback whale named Twain, taking one step closer to understanding and communicating with extraterrestrial life on our planet and beyond.
Two different regulatory enzymes responsible for genetic silencing in plants might once have shared the same structure and role, scientists say.
Scientists have found a way of generating sodium-ion battery anodes with a 30-second, microwave-assisted heat treatment technology.
Scientists shed light on pathways impacted by TET2 mutations which may result in a ‘silver bullet’ treatment for killing cancer cells only.