ÅÝܽ¶ÌÊÓƵ

Principal Investigator                      

Email: E.Nicholls@sussex.ac.uk

Twitter: @BethBees

ResearchGate: 

Dr Sergio Rossoni   

Research fellow in Insect Electrophysiology   

Email: S.Rossoni@sussex.ac.uk

Twitter: @rossoni_sergio

ResearchGate: 

About Sergio: I moved from Italy to the UK in 2012, to start my undergraduate degree in Neuroscience and Cognitive Science at the ÅÝܽ¶ÌÊÓƵ. After my BSc, I stayed at Sussex to complete an MRes in Neuroscience in Prof Jeremy Niven's lab, looking at the motor control of insect prey and predators. I moved to the University of Cambridge in 2016 to start a PhD in Zoology. During my doctoral research, I investigated the behavioural strategies predators use to spot and catch prey, collaborating with Prof Paloma Gonzalez-Bellido, Prof Jeremy Niven, and the University of Minnesota. After completing my PhD, I moved back to the ÅÝܽ¶ÌÊÓƵ where I am currently a post-doctoral research fellow in Dr Beth Nicholls's lab, researching how bees process chemical information of pollen.

I am interested in understanding how information is exchanged between individuals in food webs, and how inter-individual relations of conflict and cooperation are successfully established. How do predators spot and capture prey that does not want to be seen and caught? How can plants attract pollinators to reproduce, while at the same time avoiding being predated upon? I try to answer these questions by studying how insects have adapted to many different lifestyles so successfully. To do so, I use a variety of techniques including behavioural analysis, electrophysiology, computational modelling, and microscopy

Dr Natacha Rossi                                                                                        

Research Fellow in Insect Behaviour

Email: N.Rossi@sussex.ac.uk

Twitter: @rossi_natacha

ResearchGate: 

Animal Behaviour Live: 

About Natacha: I am a behavioural ecologist specialising in cognition, with a particular interest in decision making and the ultimate causes underlying observed behaviour. My approach to science leans towards a non-anthropocentrism of cognitive science, being more interested in how species have evolved to adapt to their environment.

My current project with Beth focuses on flower choices and pollen foraging in bees. We want to quantify the energetic and temporal costs associated with switching from one type of flower to another and ultimately determine the relative contribution of reward quality and handling costs in flower choice during pollen foraging.

In my previous post-doc, I worked on my own research project (Fyssen Fellowship), in the lab of Prof. Lars Chittka and in collaboration with Dr. Joe Woodgate, in which we tracked male bumblebees in 3D to answer several questions related to movement rules and use of space between food and mating objects, and whether males trade off pre-copulatory behaviours for food as a function of spatial configuration of flowers and food quantity.

My previous postdoctoral work (ECOS+ Fellowship, University of Buenos Aires) and my PhD (Universities Paul Sabatier and Paris 13) focused on broadening the definition of pheromones by exploring their modulatory effect on responsiveness, learning and decision making in different social insect species (Apis mellifera, Camponotus aethiops, Linepithema humile).

When I find time, I like to dance tango and salsa and create things

Sam Butler 

PhD Student

Email: S.Butler@sussex.ac.uk                          

Emily Millerchip                                                                                          

PhD Student

Email: e.millerchip@sussex.ac.uk

Twitter: @EmilyMillerchip

About Emily: My key area of interest is in urban agriculture and the co-benefits it can provide for people, biodiversity and global sustainability. I am inspired by the possibility that even small-scale, individual led urban agriculture can contribute to global food security. Within this topic, I am particularly interested in the richness and abundance of beneficial insects, due to the vital ecosystem services they provide.

My current PhD research is exploring the use of perennial crops within urban agriculture in temperate regions. I am investigating the possible benefits of using perennial crops over annual crops for water usage, soil health, biodiversity, individuals labour costs and more. Alongside this, the associated issues faced when planting perennial crops are being analysed. This project will involve field studies on beneficial insects along with citizen science surveys on labour and yield.

Previously, in my MRes Conservation Biology from the ÅÝܽ¶ÌÊÓƵ, I investigated the impact wildflower planting has on the diversity of insect natural pest enemies in Sussex vineyards. This was in association with Buglife and the Changing Chalk project. Before that I completed a bachelor’s degree in Zoology at the University of Sheffield.

Dr Yanet Sepúlveda

Research Fellow

Email: ys321@sussex.ac.uk

Twitter: @yanetsepulveda

ResearchGate:

About Yanet: I am a biologist with a particular interest in conservation, specialising in the impact of climate change on the physiology and behaviour of animals. I completed my undergraduate degree in the Autonomous University of Nuevo Leon, Mexico, and earned a Master of Research in Conservation Biology at the ÅÝܽ¶ÌÊÓƵ. I pursued my PhD at Sussex in Prof. Dave Goulson’s lab in collaboration with Dr. Beth Nicholls and Dr. Wiebke Schuett. My doctoral research focused on assessing the impact of heatwaves on the physiology, morphology, and behaviour of bees. While my work has primarily centred on studying bumblebees in laboratory conditions, I also created a citizen science project in collaboration with . This  investigates how bumblebees, honey bees, and solitary bees respond to naturally-occurring heatwaves and identifies which plants provide resources during these periods.

I am interested in understanding the effects of climate change on biodiversity, particularly how organisms respond to extreme weather events. My current research at Nicholls lab focuses on how nutrition and elevated temperatures, based on future climate change scenarios, affect the morphological and physiological traits of bees. My work aims to advance our understanding of climate change impacts, to improve conservation strategies and policies, and communicate these issues to a wider audience to inspire meaningful action. In addition to research, I am passionate about science communication and writing.