Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q159408> ?p ?o }
Showing triples 1 to 70 of
70
with 100 triples per page.
- Q159408 subject Q7012670.
- Q159408 subject Q8751915.
- Q159408 abstract "Template:ForHibernation is a state of inactivity and metabolic depression in endotherms. Hibernation refers to a season of heterothermy that is characterized by low body temperature, slow breathing and heart rate, and low metabolic rate. Although traditionally reserved for "deep" hibernators such as rodents, the term has been redefined to include animals such as bears and is now applied based on active metabolic suppression rather than based on absolute body temperature decline. Many experts believe that the processes of daily torpor and hibernation form a continuum and utilize similar mechanisms. Hibernation during the summer months is known as aestivation. Some reptile species (ectotherms) are said to brumate, or undergo brumation, but any possible similarities between brumation and hibernation are not firmly established. Some insects, such as the wasp Polistes exclamans, hibernate by aggregating together in groups in protected places called hibernacula.Often associated with low temperatures, the function of hibernation is to conserve energy during a period when sufficient food is unavailable. To achieve this energy saving, an endotherm will first decrease its metabolic rate, which then results in a decreased body temperature. Hibernation may last several days, weeks, or months depending on the species, ambient temperature, time of year, and individual's body condition.Before entering hibernation, animals need to store enough energy to last through the entire winter. Larger species become hyperphagic and eat a large amount of food and store the energy in fat deposits. In many small species, food caching replaces eating and becoming fat. Some species of mammals hibernate while gestating young, which are either born while the mother hibernates or shortly afterwards.For example, the female polar bear goes into hibernation during the cold winter months to give birth to her offspring. She loses 15-27% of her pre-hibernation weight and uses stored fats for energy during times of food scarcity, or hibernation. It is evident that pregnant female polar bears significantly increase body mass prior to hibernation, and this increase is further reflected in the weight of their offspring. The fat accumulation prior to hibernation in female polar bears enables them to provide a sufficient and warm, nurturing environment for their newborns.".
- Q159408 thumbnail Eptesicus_nilssonii_hibernating.JPG?width=300.
- Q159408 wikiPageExternalLink hibernaut-milestones-1.html.
- Q159408 wikiPageExternalLink 190-do-black-bears-hibernate.html.
- Q159408 wikiPageExternalLink 1488.
- Q159408 wikiPageExternalLink hibernate.
- Q159408 wikiPageExternalLink roth.html.
- Q159408 wikiPageExternalLink 1989barnes.pdf.
- Q159408 wikiPageWikiLink Q1019.
- Q159408 wikiPageWikiLink Q105196.
- Q159408 wikiPageWikiLink Q105688.
- Q159408 wikiPageWikiLink Q1057.
- Q159408 wikiPageWikiLink Q10850.
- Q159408 wikiPageWikiLink Q11579.
- Q159408 wikiPageWikiLink Q123141.
- Q159408 wikiPageWikiLink Q1280742.
- Q159408 wikiPageWikiLink Q1313.
- Q159408 wikiPageWikiLink Q157609.
- Q159408 wikiPageWikiLink Q162267.
- Q159408 wikiPageWikiLink Q1651205.
- Q159408 wikiPageWikiLink Q1693.
- Q159408 wikiPageWikiLink Q185260.
- Q159408 wikiPageWikiLink Q191125.
- Q159408 wikiPageWikiLink Q202837.
- Q159408 wikiPageWikiLink Q205837.
- Q159408 wikiPageWikiLink Q207839.
- Q159408 wikiPageWikiLink Q21790.
- Q159408 wikiPageWikiLink Q2263509.
- Q159408 wikiPageWikiLink Q247142.
- Q159408 wikiPageWikiLink Q25336.
- Q159408 wikiPageWikiLink Q25367.
- Q159408 wikiPageWikiLink Q28627.
- Q159408 wikiPageWikiLink Q29243.
- Q159408 wikiPageWikiLink Q33609.
- Q159408 wikiPageWikiLink Q389250.
- Q159408 wikiPageWikiLink Q39861.
- Q159408 wikiPageWikiLink Q424905.
- Q159408 wikiPageWikiLink Q42530.
- Q159408 wikiPageWikiLink Q427523.
- Q159408 wikiPageWikiLink Q4377.
- Q159408 wikiPageWikiLink Q454760.
- Q159408 wikiPageWikiLink Q5339583.
- Q159408 wikiPageWikiLink Q5428855.
- Q159408 wikiPageWikiLink Q585213.
- Q159408 wikiPageWikiLink Q587698.
- Q159408 wikiPageWikiLink Q6145.
- Q159408 wikiPageWikiLink Q653267.
- Q159408 wikiPageWikiLink Q672832.
- Q159408 wikiPageWikiLink Q674275.
- Q159408 wikiPageWikiLink Q677088.
- Q159408 wikiPageWikiLink Q7012670.
- Q159408 wikiPageWikiLink Q7075144.
- Q159408 wikiPageWikiLink Q7210115.
- Q159408 wikiPageWikiLink Q72725.
- Q159408 wikiPageWikiLink Q7377.
- Q159408 wikiPageWikiLink Q7380.
- Q159408 wikiPageWikiLink Q772840.
- Q159408 wikiPageWikiLink Q822123.
- Q159408 wikiPageWikiLink Q82778.
- Q159408 wikiPageWikiLink Q8751915.
- Q159408 wikiPageWikiLink Q907248.
- Q159408 wikiPageWikiLink Q930457.
- Q159408 wikiPageWikiLink Q960043.
- Q159408 type Thing.
- Q159408 comment "Template:ForHibernation is a state of inactivity and metabolic depression in endotherms. Hibernation refers to a season of heterothermy that is characterized by low body temperature, slow breathing and heart rate, and low metabolic rate. Although traditionally reserved for "deep" hibernators such as rodents, the term has been redefined to include animals such as bears and is now applied based on active metabolic suppression rather than based on absolute body temperature decline.".
- Q159408 label "Hibernation".
- Q159408 seeAlso Q1043043.
- Q159408 depiction Eptesicus_nilssonii_hibernating.JPG.