All About Temple Oranges
Temple oranges, also known as tangor, are hybrid citrus fruits. They’re hybrids of the mandarin orange and the sweet orange.
The mandarin orange is a tangerine - this is how tangor came into play. The name tangor is a combo of tangerine and orange. There are all sorts of varieties of the temple oranges, there are:
• King, or King of Siam
• Murcott, or Honey Murcott, Murcott Honey Orange, Red, Big Red
• Ortanique, comes from orange, tangerine and
• Unique Umatilla or Umatilla Tangelo
Then there are the temple oranges from Japan, including:
• Iyokan, also known as sweet oranges
• Miyauchi Iyo, has an early ripening
• Othani Iyo, has a later ripening
• Kiyomi, Trovita navel orange
• Setom, Trovita navel orange
Temple oranges are from the class of Eudicots and the Rutaceae family, and are thought to be identical to the Magnet orange in Japan. The seed of the temple orange was believed to be discovered by a fruit buyer by the name of Boyce. He went to Jamaica in 1896 to buy oranges - this was after a really cold winter in Florida. After finding it, he sent the budwood to Winter Park, Florida. Word began to spread quickly about the new find. One was planted in the grove of L.A. Hakes, who then spread the word to W.C. Temple. Temple then recommended it to H.E. Gillett, the owner of Buckeye Nurseries. The orange was then named, propagated and marketed in 1919. It wasn’t until after 1940 when it began to be planted extensively.
The peel of the temple oranges are between deep orange and deep red. The peel is glossy and a bit rough and thick, almost like leather. You can find about 20 seeds in temple oranges. The trees are thorny and bushy and grows better in Florida than Texas and California. Temples are medium to large, between 2 5/8 and 3 ¼ inches in width and 2 ¼ and 2 ½ in height. It is usually round or oblate. About 25 percent of the temple oranges are under-developed and have a green inside.
Temples are very juicy and sweet, making them a great treat or snack throughout the day. The oranges have nitrogen and potassium excessively applied to them, which produces the acidity of the juice. Those with low acid juice have lower rates of nitrogen and potassium, but high rates of phosphorous.