Linked from

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

• Habitat fragmentationNarrower topic: It uses fragmentation research to guide habitat protection and restoration.

• Ecological restorationNarrower topic: Restoration is one practical route within the broader effort to conserve biodiversity.

• Wildlife conservationNarrower topic: It supplies scientific principles and evidence for many conservation decisions.

• Ecological nicheNarrower topic: Conservation planning uses niche requirements to identify suitable habitat and likely threats.

• EndemismNarrower topic: Endemic taxa can face heightened extinction risk because their entire ranges are limited.

• National parkNarrower topic: Its evidence informs the goals and methods used to manage parks.

• Population viability analysisNarrower topic: Population viability analysis is a widely used tool within conservation biology.

• Biodiversity conservationNarrower topic: Its research supplies evidence and methods for conservation practice.

• Land useNarrower topic: It evaluates the biodiversity consequences of land-use choices and supports conservation strategies.

• PoachingNarrower topic: It evaluates population risks and conservation outcomes associated with poaching.

• Biodiversity hotspotNarrower topic: Hotspots became a widely used spatial tool within conservation biology.

• HerbariumNarrower topic: Herbarium records inform assessments of rarity, range, and conservation priorities.

• Population ecologyNarrower topic: Population ecology supplies tools for assessing endangered species and planning recovery.

• Extinction debtNarrower topic: The concept reveals why protecting a species still present may require restoring its habitat.

• Conservation geneticsNarrower topic: Conservation genetics is one evidence-generating branch within this broader discipline.

• MetapopulationNarrower topic: Metapopulation theory helps frame conservation across separated habitats.

• Species DelimitationNarrower topic: Recognizing separate species can change which populations receive legal or practical protection.

• HuntingNarrower topic: It provides frameworks for assessing hunting’s effects and setting harvest limits.

• Assisted migrationNarrower topic: Assisted migration is debated as a tool within this broader conservation discipline.

• Temperature-dependent sex determinationNarrower topic: Managing nesting habitat and incubation conditions can help conserve temperature-sensitive populations.

• Trophy huntingNarrower topic: It supplies methods for evaluating population-level claims about trophy hunting.

• OverexploitationNarrower topic: It addresses overexploitation alongside other causes of biodiversity loss.

• Endemic speciesNarrower topic: Endemic species often receive priority because their global survival depends on one region.

• De-extinctionNarrower topic: It includes de-extinction but also prioritizes conserving species that remain alive.

• Game birdNarrower topic: Game birds became subjects of conservation when hunting and land use threatened populations.

• Sacred grovesNarrower topic: Research on grove species and habitats contributes to this broader field.

• Land sharingNarrower topic: Its goals and evidence inform assessments of conservation strategies on agricultural land.

• Primate conservationNarrower topic: It supplies methods for prioritizing species, testing interventions, and evaluating conservation outcomes.

• ZooNarrower topic: Zoo conservation work sits within this broader discipline.

• 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.

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

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

• 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.

• 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.

• 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.

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

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

• CurlewNarrower topic: Curlew declines have prompted research and targeted protection efforts.

• Giant salamanderNarrower topic: The family’s declines require coordinated habitat and population protection.

• Lobaria pulmonariaNarrower topic: Protecting lungwort often requires conserving the humid, long-continuity forests it inhabits.

• Cherax pulcherNarrower topic: A narrowly distributed species in trade raises concerns about long-term population protection.

• Hoh XilNarrower topic: Its methods inform decisions about wildlife, habitat, and human activity in Hoh Xil.

• Manovo-Gounda St. Floris National ParkNarrower topic: Its methods help assess whether habitat and wildlife recovery efforts are succeeding.

• Short-eared dogNarrower topic: Its methods guide research and protection for a rare, poorly known canid.