Open research questions in Conservation, Ecology, Wildlife Education
82 gap statements mined from Conservation, Ecology, Wildlife Education papers in our 7.9M-paper local library, which holds 984 papers on the topic — drawn mostly from each paper's own stated research gap, future-work, challenge and limitation notes, and its abstract. The ones listed below are a selection still marked open; each names the study that raised it, with a DOI link where the paper has one.
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What the literature leaves open
Specific guidance on how to portray biodiversity loss as a policy-relevant issue is lacking.
Speaking louder than words: An actionable communication framework supporting evidence-informed environmental policy · 2026 · DOIThe paper suggests that researchers should consider the value of mechanistic information in conservation science. The paper encourages researchers to think about identifying new collaborations with non-traditional conservation science fields. The paper proposes the integration of emerging interdisciplinary STEM fields into conservation science.
There is a lack of integration of emerging interdisciplinary STEM fields into conservation science. The application of physiological tools and techniques in conservation science is limited. The use of advanced computation techniques and machine learning in conservation science is underdeveloped.
The Endangered Species Act (ESA) of 1973 uses the best available science to protect threatened and endangered species, but limited knowledge of listed species can undermine conservation success.
A track record of implementing such studies has undoubtedly helped to build organisational capability in evidence‐based conservation in RSPB but more remains to be done to fully embed a culture of evidence‐based planning, decision‐making and conservation action.
Successes, challenges and insights from integration of testing of management interventions in conservation practice · 2026 · DOIThe study only analyzed articles in English and Spanish, which may limit the scope of biocultural diversity. The study exclusively focused on empirical scientific articles, which may not capture the full range of biocultural diversity research. The study acknowledges the need for a more comprehensive global review that includes additional languages.
Exploring biocultural diversity: A systematic analysis and refined classification to inform decisions on conservation and sustainability · 2025 · DOIFuture research should include a more comprehensive global review that includes additional languages. Future research should focus on intangible biocultural components and underrepresented regions like Africa and Asia. Future research should aim to advance the understanding of biocultural diversity and promote collaboration among stakeholders.
Exploring biocultural diversity: A systematic analysis and refined classification to inform decisions on conservation and sustainability · 2025 · DOILeather and Quicke (2009) point out how a limited study of organismal biology in many modern university curricula translates\nthrough to a lack of natural history knowledge in schoolchildren, as it results in biology teachers with limited knowledge of the wider diversity of life.
It highlights the need for further research into the impact of extremist ideologies on conservation movements.
There is a lack of understanding about the effectiveness of field trips to the zoo in promoting environmental education. There is a need to evaluate the impact of the zoo field trip on student learning.
The challenge is to balance the need for conservation of traditional methods with the need for change. The challenge is to ensure that students receive a sound grasp of legal principles.
The gap in current research is the focus on new energy sources rather than energy conservation. The study of making do with what we have, or even using less, while still retaining a basically industrial life-style is underrepresented.
The park is limited by the layer of hardcore and concrete that underlies the whole area. The soil organic matter has built up slowly from a low level, restricting the development of plant and animal communities.
The lack of access to suitable field teaching areas in inner-city areas. The need for a model for urban field teaching areas. The need for research on the development of plant and animal communities in urban areas.
The paper highlights the need for improving the dissemination of information on conservation programmes. The paper discusses the importance of international cooperation in conservation.
The gap in prior research is that traditional procedures may not accurately assess children's cognitive abilities. The paper identifies a need for a new technique to assess conservation abilities.
The lack of understanding of the relationship between human activities and environmental problems. The need for a scientific analysis of ecological issues that links findings from different domains.
The need to balance human needs with environmental protection. The challenge of adopting constraints to protect the environment.
The lack of understanding of the concept of ecology and its relevance to human life. The need to highlight the importance of ecology in the context of human survival and the quality of life.
The existing education systems are inadequate as they cannot equip students to know, interpret, and curb the destruction of biodiversity. Conventional STEM education has mostly emphasized the development of abstract understanding and technological capacity, coupled with little incorporation of biodiversity themes.
Integrating Biodiversity in STEM Curricula to Educate Future Conservationists and Researchers · 2026 · DOIThe role of pocket gophers in meadow maintenance through soil disturbance and vegetation dynamics, explored by Soulé at RMBL, requires systematic investigation of gopher burrowing behavior, forage selectivity, and long-term effects on plant community structure across different meadow soil types and elevation gradients.
The expansion of conservation biology's agenda from demographic viability (1987) to ecological effectiveness (2003) through apex predator recovery requires empirical validation of whether restored predator populations actually achieve the biodiversity conservation outcomes specified in Continental Conservation theory across different biogeographic regions and ecosystem types.
Your would be to clear-cut this forest, disk the soil, burn the slash, and replant the entire area to loblolly pine trees in a six-foot grid pattern. This means that a new forest of softwoods will grow to pulpwood size in about thirty years.
An Endangered Species Simulation Game:An Activity to Teach Environmental Values in a Changing World · 1983 · DOIA code of conduct for environmental and biodiversity scientists Mark John Costello1, Frank E. Muller-Karger2, Amanda E.
Further study on the impact of environmental degradation on human civilization. Research on effective strategies for prioritizing ecological concerns in counseling and education.
Most-cited papers in Conservation, Ecology, Wildlife Education
- Biodiversity hotspots for conservation priorities · Nature · 2000 · 23,241 citations
- Biodiversity loss and its impact on humanity · Nature · 2012 · 6,236 citations
- What Is Conservation Biology? · BioScience · 1985 · 1,187 citations
- The Keystone-Species Concept in Ecology and Conservation · BioScience · 1993 · 879 citations
- Scientists’ warning to humanity on the freshwater biodiversity crisis · AMBIO · 2020 · 716 citations
- Citizen Science: Can Volunteers Do Real Research? · BioScience · 2008 · 664 citations
- The Keystone Role of Bison in North American Tallgrass Prairie · BioScience · 1999 · 645 citations
- What Is Conservation Science? · BioScience · 2012 · 539 citations
- Habitat Loss, the Dynamics of Biodiversity, and a Perspective on Conservation · AMBIO · 2011 · 415 citations
- Organismic achievement and environmental probability. · Psychological Review · 1943 · 410 citations
Most recent work
- Back from the brink: a stakeholder analysis of the Mauritius Kestrel · Accounting Auditing & Accountability Journal · 2026
- Three decades of classifying threatened species: lessons learned from and about the IUCN Red List criteria for quantifying extinction risk · Proceedings of the Royal Society B Biological Sciences · 2026
- Climate Change, Shifting Nature, and Deliberation · The Monist · 2026
- Community‐derived solutions to increase citizen science participation · Conservation Science and Practice · 2026
- Strengthening responsibilities to face global crises: A call to ecologists, environmental scientists and their societies · People and Nature · 2026
- Conservation evidence is biased but can support decision‐making for prevalent and severe threats in tetrapods · Journal of Applied Ecology · 2026
- The road to recovery: Using an integrated approach to recovering rapidly declining bird species, a case study with Coccyzus americanus (Yellow-billed cuckoo) · Ornithological Applications · 2026
- Expanding Conservation Science through Emerging Interdisciplinary STEM Fields · Integrative And Comparative Biology · 2026
- Applying food systems thinking in recreational fisheries: The case of shore fishing in Detroit, Michigan · Marine Policy · 2026
- Conservation targets and how to achieve them · Proceedings of the Royal Society B Biological Sciences · 2026
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