Milankovitch cycles

E179504

Milankovitch cycles are long-term variations in Earth’s orbit and axial tilt that drive natural climate fluctuations, including the timing of ice ages.

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All labels observed (5)

Statements (48)

Predicate Object
instanceOf astronomical theory
climate forcing mechanism
orbital cycles
affects Earth climate
glacial–interglacial cycles
insolation
seasonal distribution of solar radiation
timing of ice ages
causes changes in ice sheet mass balance
slow natural climate fluctuations
variations in high-latitude summer insolation
describes long-term variations in Earth’s orbit and tilt
developedIn 20th century
distinctFrom anthropogenic climate change
explains orbital forcing of climate
periodicity of ice ages
field astronomy
climatology
geophysics
hasComponent eccentricity cycle
obliquity cycle
precession cycle
hasEccentricityPeriod about 100,000 years
about 400,000 years
hasObliquityPeriod about 41,000 years
hasPrecessionPeriod about 19,000 years
about 23,000 years
involves axial precession
changes in axial tilt
changes in orbital eccentricity
climatic precession
precession of the equinoxes
isPartOf Earth–Sun orbital dynamics
namedAfter Milutin Milanković
operatesOn Earth Orientation Parameters
surface form: Earth axial precession

Earth axial tilt
Earth orbit
relatedTo Pleistocene epoch
surface form: Pleistocene ice ages

Quaternary glaciation
orbital forcing
supportedBy foraminifera oxygen isotope data
ice core records
marine sediment cores
theorizedBy Milutin Milanković
timeScale hundreds of thousands of years
tens of thousands of years
usedIn Quaternary climate studies
paleoclimatology

Referenced by (8)

Full triples — surface form annotated when it differs from this entity's canonical label.

Quaternary period climateDriver Milankovitch cycles
Holocene climatic optimum hasCause Milankovitch cycles
Cenozoic glaciations drivenBy Milankovitch cycles
Milutin Milanković knownFor Milankovitch cycles
Milutin Milanković notableWork Milankovitch cycles
this entity surface form: Kanon der Erdbestrahlung und seine Anwendung auf das Eiszeitenproblem
Richard Mueller notableWork Milankovitch cycles
subject surface form: Richard Muller
this entity surface form: Ice Ages and Astronomical Causes research
Richard Mueller hasWritten Milankovitch cycles
subject surface form: Richard Muller
this entity surface form: Ice Ages and Astronomical Causes
Earth–Moon system stabilizes Milankovitch cycles
this entity surface form: Earth axial tilt