Key research themes
1. How can ecological dynamics frameworks improve performance preparation and learning in high-level sport?
This theme focuses on applying ecological dynamics, a theoretical framework emphasizing athlete-environment interactions and complex adaptive systems, to optimize performance preparation and talent development in elite sports. It addresses challenges in coaching roles, practice environment design, and fostering athletes' self-regulation to adapt to dynamic competitive demands.
2. What are the implications of using proxies and indices for ecological management and policy decisions?
This research investigates the widespread use of proxy measures (e.g., indices of abundance, habitat quality, ecosystem functions) in applied ecology and environmental management. It evaluates their validity, potential biases, and consequences for robustness of management recommendations across spatial and temporal scales.
3. How do organizational ecological routines impact environmental management and firm performance?
This area examines the concept of ecological routines—firm-specific, persistent rules and procedures embedded in environmental management—and their role in fostering green decisions, behaviors, and overall organizational performance, drawing on evolutionary economics and green HRM perspectives.
4. How can ecological theory inform adaptive ecosystem management under complexity and change?
This theme addresses the application of theoretical ecology—complex adaptive systems, self-organization, and nonequilibrium dynamics—to ecosystem management. It explores adaptive, flexible management strategies informed by simulation models to respond to ecosystem variability and uncertainty.
5. What are emerging approaches and the future direction of large-scale, action-oriented ecological research?
This theme investigates the rise of action ecology, characterized by rapid data synthesis, transdisciplinary collaboration, big data use, and explicit orientation toward informing policy and management of urgent ecological challenges.
6. How is ecosystem health conceptualized and assessed through organizational closure and malfunction in ecological communities?
This theme explores philosophical and theoretical advances in ecosystem health by applying the concept of organizational closure, typical of organisms, to ecosystems. It investigates functional behaviors, malfunctions, and the impacts of introduced species on ecosystem self-maintenance, aiming to provide objective criteria for ecosystem health assessment.
7. What frameworks can clarify and communicate the ecological relevance and impact of research effectively across disciplinary and audience boundaries?
This theme addresses the challenge researchers face in articulating the relevance of ecological studies. It proposes a framework integrating theoretical connections, knowledge gaps, novelty, methodological innovation, and applicability to enhance clarity in project proposals, publications, and wider dissemination.
8. How can theatre and performance contribute uniquely to ecological understanding and environmental engagement?
This theme explores the role of theatre as an ecological practice beyond representational content. It considers the performative and embodied nature of theatre as a mode that can foster ecological awareness and disrupt conventional human-nature dichotomies, emphasizing theatre's capacity for affective, experiential, and indirect ecological interventions.
9. How can sustainable practices and eco-creativity be integrated into conventional theatre production?
This theme investigates sustainable production strategies in theatre, balancing creative, organizational, and ecological considerations. It examines challenges and opportunities for eco-efficiency and innovation within conventional scenography and production processes to reduce environmental impact while maintaining artistic integrity.
10. What are effective strategies for organizations to achieve nature-positive outcomes from food consumption impacts?
This research focuses on quantifying and mitigating biodiversity impacts embodied in organizational food consumption, applying mitigation and conservation hierarchies to develop actionable, system-level strategies for achieving nature-positive targets within institutional settings.
11. Why is integrated, interdisciplinary environmental research crucial for addressing coupled social-ecological system challenges?
This theme underlines the imperative of interdisciplinary approaches bridging natural sciences, social sciences, engineering, and humanities to comprehensively study the dynamic interactions between human and ecological systems. It addresses emergent global environmental challenges requiring integrated data, theory, and governance innovations.