Dr Ari Jumpponen | Exploring How Soil Fungi Respond to Drought

Dr Ari Jumpponen | Exploring How Soil Fungi Respond to Drought

Both the frequency and intensity of droughts are forecast to increase in climate change predictions. It is well established that plant communities are sensitive to drought conditions, having implications for agriculture, forestry, and wild habitats. Despite the close association between soil fungi and plants, our understanding of how fungal communities respond to drought remains incomplete. To build this understanding, Dr Ari Jumpponen and his colleagues at Kansas State University used a combination of pure culture- and DNA-based techniques to study soil fungal communities exposed to chronic drought conditions.

Dr Gita Kolluru | Dylan Lanser | Dr Larisa Vredevoe – Reproductive Consequences for Tick-Infested Lizards

Dr Gita Kolluru | Dylan Lanser | Dr Larisa Vredevoe – Reproductive Consequences for Tick-Infested Lizards

Each year, male Western fence lizards bob, charge, and battle rivals for a chance to win mates. For many of them, tick infestations threaten to hinder their best efforts by harming the lizards’ health. But just how harmful is tick parasitism for these unfortunate lizard hosts? In their recent research, Dylan Lanser, Dr Larisa Vredevoe, and Dr Gita Kolluru at California Polytechnic State University aimed to answer this question by staging contests between tick-free and tick-infested lizards.

Dr Rok Kostanjšek | Revealing the Olm Salamander’s Secrets to Advance Biomedical Research

Dr Rok Kostanjšek | Revealing the Olm Salamander’s Secrets to Advance Biomedical Research

The genetic secrets to extraordinary longevity, superhero-like healing and regeneration, and resistance to feeding disorders could be found hidden within the Earth. In underground caves in Dinaric Karst along the Adriatic Sea in the Western Balkans lives a cave salamander, the olm, whose remarkable adaptations mean its genome holds great promise for biomedical research. Dr Rok Kostanjšek and an international team of scientists at the Proteus Genome Research Consortium are tackling the challenge of sequencing the huge olm genome, to provide the basis for studying its unique genetic characteristics.

Dr Daniel Suiter – Dr Brian Forschler | Identifying and Preventing Arthropod Encounters in South-eastern USA Homes

Dr Daniel Suiter – Dr Brian Forschler | Identifying and Preventing Arthropod Encounters in South-eastern USA Homes

Arthropods – a group of invertebrates that includes insects, spiders, centipedes and woodlice – are everywhere, and have inhabited this planet for millions of years. They are found in most habitats on Earth – including our gardens and homes. It is in these built environments that a small number are considered a nuisance when sharing our ‘sacred space’. An even smaller number damage buildings or belongings, eat our food – even feed on us – so we label them… pests! Successful management of pest populations requires an understanding of their specific lifestyles and their requirements for food, water, shelter, breeding sites, and favourable temperatures. A team of entomologists at the University of Georgia recently published a guidebook of more than 100 arthropods found in and around homes in the South-eastern USA.

Dr Daisuke Minakata | Sunshine and Organic Molecules in Water

Dr Daisuke Minakata | Sunshine and Organic Molecules in Water

Organic molecules dissolved in rivers, lakes, seas and oceans are essential to plant and animal life. Some of these molecules are also degraded and enter a complex cycle of carbon, nitrogen and sulphur containing compounds. Surprisingly, scientists currently have a limited understanding of the fate of these molecules. Dr Daisuke Minakata and his colleagues from Michigan Technological University are involved in an ambitious programme to overcome this critical knowledge gap.

Dr Talicia Pillay | Machine Learning Meets Marine Conservation

Dr Talicia Pillay | Machine Learning Meets Marine Conservation

Our planet’s oceans are undergoing significant challenges. Overfishing, pollution, habitat destruction, and the effects of climate change are devastating some of the world’s most spectacular and diverse habitats. To inform conservation efforts for fragile marine ecosystems, we need to properly characterise the habitats and sea-life in shallow water areas. Collecting data underwater poses its own unique challenges though, so Dr Talicia Pillay and her team at Nelson Mandela University in South Africa focus on developing powerful remote sensing and computing technologies to aid ocean research.