Linked from

The 126 pages that link to Conservation biology, each with the reason it gives.

• Sustainable useRelated: It supplies evidence and methods but includes protection goals beyond continued resource use.

• Aldo LeopoldRelated: Leopold’s integration of ecology and practical conservation anticipated this field’s approach.

• BiosphereRelated: It develops methods for preventing the loss of biospheric life and habitats.

• DiapauseRelated: Understanding diapause helps predict how seasonal life cycles respond to habitat change.

• Environmental artCompared with: It shares environmental concerns while pursuing scientific and conservation goals rather than artistic ones.

• Natural History Museum, LondonRelated: Research based on the museum's collections can inform conservation priorities and assessments.

• Nature conservationBroader topic: It supplies research and methods for conservation decisions, rather than naming the whole practice.

• Nature reserveNarrower topic: Reserve outcomes are assessed within this broader science of biodiversity conservation.

• Wildlife diseaseNarrower topic: Disease can threaten rare species and complicate conservation interventions.

• Common nameRelated: Conservation campaigns often use common names to make species recognizable to the public.

• Community (ecology)Related: Conservation decisions often depend on understanding community composition and interactions.

• EcocentrismRelated: Ecocentric values can support conserving ecological communities beyond immediate human benefit.

• Forest conservationNarrower topic: Forest conservation applies this broader science to forest ecosystems.

• Nature (natural world)Related: It applies ecological knowledge to protect species and ecosystems.

• BiologyRelated: It applies biological evidence to prevent species loss and ecosystem decline.

• Canine distemperRelated: Distemper can threaten small or endangered carnivore populations and influence conservation decisions.

• Ecological integrityRelated: Conservation biology uses integrity-related evidence to set priorities and evaluate outcomes.

• GenusRelated: Genus-level classification helps organize conservation assessments across related species.

• Historical ecologyNarrower topic: Its goals and baselines can change when historical human influence becomes visible.

• OrganismRelated: Conservation decisions concern the persistence of organisms and the populations they form.

• Environmental humanitiesCompared with: It centers ecological evidence and species protection rather than cultural interpretation.

• History of biologyRelated: Biological research increasingly informed efforts to address human-driven biodiversity decline.

• Human impact on the environmentCompared with: It turns understanding of human-caused losses into strategies for preventing extinctions.

• Komodo National ParkRelated: Research in the park informs practical protection of island and marine ecosystems.

• NumbatNarrower topic: Numbat recovery illustrates conservation biology applied to a threatened endemic mammal.

• Oak savannaNarrower topic: Oak savanna decline makes habitat protection and restoration central conservation concerns.

• ScincidaeNarrower topic: Habitat loss and restricted ranges make conservation assessments important for some skinks.

• E. O. WilsonNarrower topic: Wilson helped make conservation a major scientific and civic undertaking.

• Howler monkeyRelated: Howler declines inform conservation planning for forest habitats and primates.

• Insect collectingRelated: Carefully documented collecting can support assessments of distribution and rarity.

• IsoetesNarrower topic: Rare, habitat-specialized quillworts can be vulnerable to wetland alteration.

• Orangutan conservationNarrower topic: Orangutan protection tests broader principles about threatened populations and human-dominated landscapes.

• Wildlife surveyRelated: Survey evidence identifies populations and places that conservation action may need to protect.

• Alpine ibexNarrower topic: The ibex’s recovery is a major conservation case involving habitat, law, and population management.

• Biological dispersalNarrower topic: Conservation plans use dispersal to assess recolonization, isolation, and climate-driven range shifts.

• Environmental protectionBroader topic: It supplies evidence and methods for protecting species and ecosystems.

• Taxus brevifoliaRelated: Demand for Pacific yew bark highlighted conservation concerns around harvesting wild plants for medicines.

• DasyuromorphiaNarrower topic: Its methods guide efforts to protect threatened members of the order.

• Evolutionary ecologyRelated: Evolutionary responses influence whether populations persist under habitat loss and other pressures.

• Family (biology)Related: Family-level classification helps summarize diversity, though conservation decisions usually target finer units.

• New World quailNarrower topic: Declining or range-restricted quail populations are subjects of conservation research and action.

• NothofagusRelated: Protecting southern beech forests requires attention to species, habitat, and ecological change.

• Environmental degradationCompared with: It focuses on preventing biodiversity decline and restoring threatened populations.

• Environmental philosophyRelated: Its goals raise questions about which forms of life and ecological change merit protection.

• Environmental studiesRelated: It turns ecological knowledge into strategies for protecting species and habitats.

• Natural environmentRelated: It applies ecological knowledge to preserve species and the environments they depend on.

• Nature documentaryRelated: The field supplies evidence that can ground conservation claims made in films.

• Puerto Princesa Subterranean River National ParkRelated: Conservation biology helps assess and manage pressures on the park’s ecosystems.

• r/K selection theoryRelated: Life-history differences can inform vulnerability assessments, but r/K labels alone are insufficient.

• RoystoneaRelated: Habitat loss and restricted ranges can threaten wild royal palm populations.