Gileard Minja, PhD’s Post

Opportunity

MSc or PhD Assistantship in Fish Ecology and Conservation Genomics The Mamoozadeh Lab at North Carolina State University (NC State) is accepting applications for a MSc or PhD student to begin August 2025 (fall semester). The Mamoozadeh Lab leverages genomics and bioinformatics to explore questions related to the ecology and evolutionary biology of aquatic species, particularly fishes of conservation or management concern. Research themes representative of the lab include exploring how genetic diversity is distributed across space and time, evaluating the role of climate and other landscape features in shaping adaptation, and assessing the effectiveness or likely impact of management actions. This research is often conducted in close collaboration with state and federal fisheries management agencies. The Mamoozadeh Lab is housed within the Department of Applied Ecology at NC State (https://lnkd.in/g9hCqPBH). The selected applicant will work directly with Dr. Nadya Mamoozadeh on the NC State campus located in Raleigh, North Carolina. Qualifications: Applicants should have a BSc degree in the field of biology, ecology, evolution, environmental science, fisheries, natural resources, genetics/genomics, bioinformatics, or a related field. The selected applicant will be expected to develop and lead independent research in the fields of fish ecology, conservation genomics, and fisheries management. Prior molecular lab experience is strongly preferred, as well as quantitative skills (such as in R or bioinformatic analyses), or at least an authentic interest in developing these skills. Field experience will be viewed as a plus. Support: Students in the Mamoozadeh Lab receive a stipend, tuition, and health insurance, as well as support for professional travel. This support may come through a mix of teaching assistantships, research assistantships, and other sources. How to Apply: Interested students should email the following to Dr. Nadya Mamoozadeh (nmamoozadeh@gmail.com) as a single PDF and using the subject line "Fisheries Genomics Student": 1) Brief cover letter describing research interests, accomplishments, career goals, and how working in the Mamoozadeh Lab will help you achieve these goals 2) Resume/CV 3) Unofficial transcripts 4) Writing sample (e.g., published paper, manuscript in preparation, MSc or undergraduate thesis, or research paper or essay from a relevant course) 5) Names and email addresses for three professional references Applications should be received before 25 October 2024 to receive full consideration. Top candidates will be invited to discuss their qualifications and interests in a virtual interview. This informal selection process will be completed before the deadline for the official NC State graduate school application, which is 15 January 2025.

Are you an Early Career Researcher interested in getting more involved in peer review? 🔎 This #PeerReviewWeek we’re highlighting the Journal of Applied Ecology’s new ECR Reviewer Prize! The prize aims to better recognise ECRs and offers two applicants the chance to win £500 to spend on furthering their career in ecology 🏅 If you’d like to get involved in future reviews and be in with a chance of winning, please fill in this form: https://lnkd.in/eQTzEWJj? #ecology #publishing #peerreview #research #academia #ECRs 

JOB OPPORTUNITY: PostDoc Position at NUTME (The Millennium Nucleus for Ecology and Conservation of Temperate Mesophotic Reef Ecosystems) The Millennium Nucleus for Ecology and Conservation of Temperate Mesophotic Reef Ecosystems (NUTME) is inviting applications for one Postdoctoral position. The successful candidate will engage in theoretical and/or empirical research within any of the center's focal area or research programs: 1) Functioning, connectivity and resilience of temperate mesophotic ecosystems. 2) Understanding adaptations to life in oxygen depleted reefs and potential consequences in terms of the value of TME as refuge and seeding areas. 3) Assessing fishing impacts together with fisher’s traditional knowledge of mesophotic ecosystems to guide a bottom-up management and conservation program. Learn more here: https://lnkd.in/eU7766Qu #coralreefs #jobs #jobopportunity #careers #careerdevelopment #mesophotic #temperatereefs #reefecosystems #marineecology #marinebiology

😊 Today, we had our kick-off #editorial meeting for the brand new #journal: Individual-based #Ecology (IBE)! It's always soo exciting to see a team of renowned experts join on a shared cause with such enthusiasm! 👍 Make sure to keep tabs on this very special #journal set to become a go-to #publication venue for #ecological studies with an #individual-based perspective in ecology. ℹ Find more about the journal on our blog: https://lnkd.in/dzCYpq2j (it's #openaccess👍, already accepting #submissions👍 and has NO APC👍!) Editors-in-Chief: Volker Grimm (Helmholtz Centre for Environmental Research (UFZ), Mark Hauber (The Graduate Center, City University of New York), Florian Jeltsch (University of Potsdam) and Karin Frank (Helmholtz Centre for Environmental Research (UFZ). #OAweek #OpenAccess #scholarlypublishing #journals #publishing #openscience #DiamondOA #scientists #researchers #research #openresearch #ecology #biodiversity #conservation #nature #scicomm #scientists #researchers #journalpublishing #publishing #scholarlypublishing #academicpublishing #academicpaper #researchpaper #openaccess

Recruiting PhD student and postdoc in trait based approaches to ecological synchrony Magda Garbowski, Lauren Shoemaker, and Jonathan Walter are recruiting a PhD student and a postdoc to join our team on a recently funded project applying trait based approaches to understand population and community patterns of synchrony. The PhD student will join the Functional and Restoration Ecology Lab (https://lnkd.in/gR7QqD_U) at New Mexico State University, led by Dr. Magda Garbowski and the postdoc will join Lauren Shoemaker's lab (https://lnkd.in/gAEHXcmS) at the University of Wyoming. All applications submitted by 11/3 for both positions will receive full consideration. Detailed information on the PhD position: https://lnkd.in/gmJhZBnP Detailed information on the postdoc position: https://lnkd.in/g5H2XMKE Lauren (lshoema1@uwyo.edu), Magda (garbowsk@nmsu.edu), and Jon (jawalter@ucdavis.edu) Project Overview: Synchrony, defined as correlated temporal fluctuations, such as in species' abundances, is a ubiquitous phenomenon across ecological levels of organization, and is driven by both biotic factors and abiotic environmental drivers. At the population level, correlations in temporal abundance fluctuations across distinct locations (i.e., population synchrony) increase species' extinction risk. To date, research has largely emphasized the role of environmental variation in shaping patterns of synchrony. However, species traits and their interactive effects with environmental conditions likely play major roles in regulating synchrony, as traits mediate species interactions and responses to environmental change. By integrating multi-site time series data from a global distributed experiment (the Nutrient Network) with novel trait collection, existing trait databases, and methods development, we aim to develop and empirically test frameworks for linking functional traits to synchrony across scales of ecological organization under both natural conditions and experimental treatments that alter the strength of top-down and bottom-up ecosystem controls. In Objective 1 we will synthesize multiple trait databases and collect new data on traits hypothesized to mechanistically affect synchrony, characterizing how trait composition responds to changing top-down and bottom-up controls and testing how bud bank, root, and seed traits relate to established plant form and function frameworks. In Objective 2 we will link species traits to spatial synchrony of populations, quantifying how multidimensional trait variation and trait-by-environment interactions result in interspecific differences in synchrony. In Objective 3 we will assess how community weighted mean traits and overall functional diversity determine patterns of community synchrony.

🎉📖 Thrilled to announce the publication of a chapter from Corina Maurer's PhD thesis! Congratulations, Corina, on this significant milestone! 🌼🐝 This study delves into the impact of landscape simplification on plant-pollinator interactions, shedding light on crucial aspects of global change ecology. 🌳🌸 🦋🌻 #PhDPublishing #EcosystemResearch #Congratulations 📚 Dive into the paper: https://lnkd.in/db2mvMGv

Exciting Solo Research Project in Urban Ecology! 🌿 In my science degree, I embarked on an independent research project to examine animal behaviour under the guidance of my professor. My objective was to develop a robust study design to identify the impacts of urbanisation on Ibis behaviour. I initially researched habitat alterations in regions around Newcastle to select sites that represented an urbanisation gradient: wetlands, suburban parks, and central business districts. Over the next three months, I conducted field observations for several hours a day, where I documented the behaviours of hundreds of Ibis. Based on peer-reviewed literature on the species, I systematically categorised these observations into well-defined foraging and social behaviours. Throughout the research, I regularly reviewed and refined my methods and consulted with my professor to ensure robustness and accuracy. After collecting the data, I employed advanced statistical software to perform comprehensive analyses of the behaviour and created detailed graphs to visualise the data and highlight key points. The rigorous study design and thorough approach led to significant discoveries about the ecological impact of urbanisation on Ibis. I found that urbanised areas increased aggressive behaviours and reliance on non-natural food sources, while natural habitats supported more balanced foraging and social interactions. My sturdy design was highly commended for it’s methodological rigour and practical implications, which prompted my professor to discuss potential honours opportunities with me. This study not only advanced my analytical abilities but also cemented my capability to conduct impactful ecological studies independently. #SCIE2001 #BScUoN #binchicken #urbanecology

‘Deep Immersion into Art-Based Perceptual Ecology methods’ 6-week online course. Hybrid format. Very experiential. Live/virtual instruction and discussion-based classes. Two choices for class day/time start:  Tue. Oct. 20, 4:00 pm–5:30 pm (MST)* or Thur. Oct 24. 9:00 am–10:30 am (MST)* Registration is Now Open. For more information about the class and to REGISTER go to: www.citizen-artist.com     Citizen Artist™ - a participatory science research platform, employs Art-Based Perceptual Ecology (ABPE) research methodologies to study ecological systems change. With a focus on divergent ways of knowing, these integrative research methods are grounded in multimodal knowledge systems, sensory-based learning and framed within ecological and biological principles. Learn how ABPE research methods are applicable to the investigation of such critical issues as biodiversity decline, habitat loss, and sea level rise. Explore how ABPE non-conventional methods offer underrepresented populations an opportunity to get involved in science. Experience a small class size with opportunity for discussion among an international cohort. Contrary to our name, there is no need for an art background or art experience to take the course. *All class times reflect MST time zone, Phoenix, AZ, US. Check your time zone for compatibility. For more information go to: www.citizen-artist.com #environmentaleducation