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are fitting parameters. Subsequent research using two-dimensional landscape evolution models has called the general applicability of this fit into question, as well as the capability of the hypsometric curve to deal with scale-dependent effects. A modified curve with one additional parameter has been
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to represent the relationship between lake surface area and depth and calculate total lake volume. These graphs can be used to predict various characteristics of lakes such as
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due to the difference in density between the lighter continental crust and denser oceanic crust. On other planets within this solar system, elevations are typically
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Willgoose, G.; Hancock, G. (1998). "Revisiting the hypsometric curve as an indicator of form and process in transport‐limited catchment".
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Hypsography of the Earth. Notice that Earth has two peaks in elevation, one for the continents, the other for the ocean floors.
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On Earth, the elevations can take on either positive or negative (below sea level) values. The distribution is theorised to be
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of elevations in a geographical area. Differences in hypsometric curves between landscapes arise because the
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Bajracharya, P.; Jain, S. (2021). "Characterization of drainage basin hypsometry: A generalized approach".
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Measurement of the elevation and depth of features on Earth's surface relative to mean sea level.
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proposed a curve containing three parameters to fit different hypsometric relations:
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When drawn as a 2-dimensional histogram, a hypsometric curve displays the elevation (
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10.1002/(SICI)1096-9837(199807)23:7<611::AID-ESP872>3.0.CO;2-Y
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453:(1952). "Hypsometric (area-altitude) analysis of erosional topography".
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or a geomorphologist with a way to assess the similarity of
568:"A Beginner's Guide to Water Management — Lake Morphometry"
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10.1130/0016-7606(1952)63[1117:HAAOET]2.0.CO;2
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processes that shape the landscape may be different.
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455:Bulletin of the Geological Society of America
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156:and area above the corresponding elevation (
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281:Hypsometric curves are commonly used in
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490:Earth Surface Processes and Landforms
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139:cumulative distribution function
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278:proposed to improve the fit.
254:{\displaystyle y=\left^{z}}
88:features of Earth's surface
61: 'height' and
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410:Encyclopaedia Britannica
30:Not to be confused with
383:Encyclopedia Britannica
364:A Greek-English Lexicon
348:A Greek-English Lexicon
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620:Fluvial geomorphology
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304:Hypsometric equation
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566:Florida LAKEWATCH.
537:2021Geomo.38107645B
502:1998ESPL...23..611W
467:1952GSAB...63.1117S
451:Strahler, Arthur N.
406:"Hypsometric curve"
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610:Physical geography
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376:Rafferty, John P.
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595:Hypsometric Curve
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576:17 December
166:hydrologist
18:Hypsography
604:Categories
531:: 107645.
331:References
320:Topography
309:Hypsometer
299:Bathymetry
170:watersheds
143:geomorphic
40:(from
38:Hypsometry
553:233940229
325:Orography
315:Levelling
283:limnology
232:−
220:⋅
208:−
135:histogram
92:sea level
80:elevation
425:cite web
293:See also
103:unimodal
533:Bibcode
498:Bibcode
463:Bibcode
99:bimodal
551:
415:23 May
389:21 May
360:μέτρον
265:where
162:x-axis
154:y-axis
73:métron
66:μέτρον
56:húpsos
571:(PDF)
549:S2CID
133:is a
84:depth
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578:2020
437:help
417:2021
391:2021
344:ὕψος
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