Cantaloupe Explained

Cantaloupe
Genus:Cucumis
Species:C. melo
Subspecies:C. melo subsp. melo
Group:Cantalupensis Group
(incorporating Reticulatus Group)

The cantaloupe (sometimes spelled cantaloup in Canadian English; less commonly cantalope in American English) (or,) is a type of true melon (Cucumis melo) with sweet, aromatic, and usually orange flesh. Originally, cantaloup referred to the true cantaloupe or European cantaloupe with non- to slightly netted and often ribbed rind. Today, it also refers to the muskmelon with strongly netted rind,[1] which is called cantaloupe in North America (hence the name American cantaloupe), rockmelon in Australia and New Zealand, and spanspek in Southern Africa. Cantaloupes range in mass from 0.5to.

Etymology

The name cantaloupe derived from the French and Italian languages in relation to Cantalupo, the name of a summer estate of the Vatican City, where melons were first grown in the 18th century.[2] [3] The name was first used in English in 1739.[2]

History

The cantaloupe may have originated in a region from South Asia to Africa, although its exact origin is unknown. According to one source, "cantaloupes were cultivated in Egypt and migrated across to Iran and Northwest India dating as far back to Biblical times, about 2400 BC."[4]

Types

The true or European cantaloupe (Cantalupensis group), which has non- to slightly netted rind and orange flesh, includes the following types:

The Israeli cantaloupe (subgroup Ha'Ogen) is similar to the European one, but it has green flesh.

The muskmelon or American cantaloupe (Cantalupensis group), which has strongly netted rind and orange flesh, includes the following types:

Cantaloupe production

14.5
1.4
1.4
0.9
0.8
0.6
0.6
World 29.5
[5]

Some sources also include Tuscan melons among American cantaloupes.[6] These Tuscan-type melons have smaller seed cavities like American western varieties but also have ribs like American eastern varieties. Tuscan melons have noticeably different flavor, potentially due to higher production of ester compounds in these varieties.[7]

Similar types

A melon with netted rind is not necessarily a cantaloupe. Many varieties of Chandalak group and Ameri group also have netted rind.

The Japanese muskmelon (subgroup Earl's) resembles the American cantaloupe in netted rind, but differs in green flesh and non-dehiscent peduncles. Therefore, some horticulturists classify the Japanese muskmelon under Inodorus group instead of Cantalupensis or Reticulatus group.

Production

In 2023, world production of cantaloupes (and other melons) was 29.5 million tonnes, led by China with 49% of the total (table).

Cantaloupe, raw
Kj:141
Water:90 g
Protein:0.82 g
Fat:0.18 g
Carbs:8.16 g
Fiber:0.9 g
Sugars:7.86 g
Calcium Mg:9
Iron Mg:0.38
Magnesium Mg:13
Phosphorus Mg:17
Potassium Mg:157
Sodium Mg:30
Zinc Mg:0.44
Manganese Mg:0.046
Vitc Mg:10.9
Thiamin Mg:0.049
Riboflavin Mg:0.027
Niacin Mg:0.694
Pantothenic Mg:0.085
Vitb6 Mg:0.04
Folate Ug:14
Vita Ug:232
Betacarotene Ug:2780
Vitk Ug:2.7
Note:Full Link to USDA Database entry

Uses

Culinary

Cantaloupe is normally eaten as a fresh fruit, as a salad, or as a dessert with ice cream or custard. Melon pieces wrapped in prosciutto are a familiar antipasto. The seeds are edible and may be dried for use as a snack.

Because the surface of a cantaloupe can contain harmful bacteria—in particular, Salmonella[8] —it is recommended that a melon be washed and scrubbed thoroughly before cutting and consumption to prevent risk of Salmonella or other bacterial pathogens.[9]

A moldy cantaloupe in a Peoria, Illinois, market in 1943 was found to contain the highest yielding strain of mold for penicillin production, after a worldwide search.[10] [11]

Nutrition

Raw cantaloupe is 90% water, 8% carbohydrates, 1% protein and contains negligible fat (table). In a reference amount of, raw cantaloupe supplies 34 calories of food energy, and is a rich source (20% or more of the Daily Value, DV) of vitamin A (26% DV) and a moderate source of vitamin C (12% DV) (table), with no other micronutrients in significant amounts (less than 10% DV).

See also

External links

Notes and References

  1. Book: Pitrat, Michel . Genetics and Genomics of Cucurbitaceae . 2017 . Springer International Publishing . 978-3-319-49332-9 . Grumet . Rebecca . Plant Genetics and Genomics: Crops and Models . 20 . Cham . 25–60 . en . Melon Genetic Resources: Phenotypic Diversity and Horticultural Taxonomy . 10.1007/7397_2016_10 . https://doi.org/10.1007/7397_2016_10.
  2. Web site: Cantaloupe . Online Etymology Dictionary . 16 September 2025 . 2025.
  3. Encyclopedia: Cantaloupe . Foods & Nutrition Encyclopedia . 2nd . 1 . Marion Eugene . Ensminger . Audrey H. . Ensminger . 1993 . 329–331 . CRC Press . 084938981X.
  4. Web site: 28 March 2025 . Cantaloupe . New Entry Sustainable Farming Project, Tufts University Friedman School of Nutrition Science and Policy. 15 September 2025 .
  5. Web site: Production of cantaloupe (and other melons) in 2023, Crops/Regions/World list/Production Quantity/Year (pick lists). 2025. UN Food and Agriculture Organization, Corporate Statistical Database (FAOSTAT). 15 September 2025.
  6. Web site: 2020-05-19 . Melon Types . https://web.archive.org/web/20250422000735/https://www.vegetables.bayer.com/ca/en-ca/resources/agronomic-spotlights/melon-types.html . 2025-04-22 . 2025-04-21 . Bayer Vegetables Canada.
  7. Niyakan . Seyednami . Nagashima . Yukihiro . Singh . Jashbir . Metrani . Rita . Crosby . Kevin M. . Jifon . John L. . Jayaprakasha . GK . Ravishankar . Sadhana . Brierley . Paul . Leskovar . Daniel I. . Turini . Thomas A. . Schultheis . Jonathan . Coolong . Timothy . Guan . Wenjing . Miller . Rhonda. 3 . 2023-11-01 . Genetic and geographical inputs that shape Metabolomic and transcriptomic profiles of melon fruits . Scientia Horticulturae . 321 . 112337 . 10.1016/j.scienta.2023.112337 . 0304-4238. free .
  8. 3 . Munnoch . S. A. . Ward . K. . Sheridan . S. . Fitzsimmons . G. J. . Shadbolt . C. T. . Piispanen . J. P. . Wang . Q. . Ward . T. J. . Worgan . T. L. M. . Oxenford . C. . Musto . J. A. . McAnulty . J. . Durrheim . D. N. . A multi-state outbreak of Salmonella Saintpaul in Australia associated with cantaloupe consumption . Epidemiology and Infection . 137 . 3 . 367–74 . 2009 . 18559128 . 10.1017/S0950268808000861 . 1959.13/39126 . 206280340 . free .
  9. Web site: Kentucky: Cabinet for Health and Family Services – Salmonella2012 . 18 August 2012 . In general, the FDA recommends thoroughly washing and scrubbing the rinds of all cantaloupes and melons prior to cutting and slicing, and to keep sliced melons refrigerated prior to eating. . dead . https://web.archive.org/web/20141224014318/http://chfs.ky.gov/news/Salmonella2012.htm . 24 December 2014 .
  10. Web site: The History of Penicillin: Alexander Fleming, John Sheehan, Andrew J Moyer . https://archive.today/20110615173141/http://inventors.about.com/od/pstartinventions/a/Penicillin.htm . dead . 15 June 2011 . Mary . Bellis . 30 June 2017 . ThoughtCo . 9 July 2018 .
  11. Web site: Penicillin Timeline. 14 February 2018 . United States Department of Agriculture Agricultural Research Service . Then the Peoria researchers made yet another breakthrough. Searching for a superior strain of Penicillium, they found it on a moldy cantaloupe in a Peoria garbage can. When the new strain was made available to drug companies, production skyrocketed. .