Ripened Peach Crack

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Peach tree named 'Galactica'

May 22, 2020 Over fertilizing will also cause the problem. The nutrient needs of oranges should be 1 to 2 pounds (453.5 to 9907 gr.) of nitrogen annually. You should break up the application into three or four periods. This will prevent too much food, which will make orange rinds split open and possibly crack. About 40 days after the tree blooms, the pit inside the fruit begins to harden. At this point, the flesh adheres to the pit tightly. Anything that causes rapid swelling and growth of the flesh exerts pressure on the pit. If the fruit swells before the bond between the pit and the flesh weakens, the pit may be pulled apart. Crack non-opened peach pits in spring following after-ripening out-of-doors over winter. To determine the. AS AN INSURANCE POLICY against damaging insects, curious chipmunks, blights, and severe weather, I pick most of my tomatoes at their mature, but still-green or mostly-green stage. Ripened Peach Crack Brother Charger 622 Manual Muscle Bpc Toolkit For Load Runner Tutorial Driver Konica Minolta Bizhub C350 Windows 8 64 Bits Total War Shogun 2 Patch Gamecopyworld Doomed Free Bootloader For Mac Havoc Producer Kit Torrent Ie Screenshot Pro Serial Tamilyogi.mr Ramachari Torrent Wii Sports Resort.

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Peach
Publication number
US20060143749P1
US20060143749P1US11/022,411US2241104VUS2006143749P1US 20060143749 P1US20060143749 P1US 20060143749P1US 2241104 VUS2241104 VUS 2241104VUS 2006143749 P1US2006143749 P1US 2006143749P1
Authority
US
United States
Prior art keywords
galactica
color
USPP17118P3 (en
Inventor
Layne Snelling
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
North Carolina State University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
CriticalNorth Carolina State University
Criticalpatent/USPP17118P3/en
Criticalpatent/US20060143749P1/en
Critical
Criticalpatent/USPP17118P3/en
CriticalAnticipated expirationlegal-status235000006040Prunus persica var persicaNutrition0.000claimsdescription20
  • title1
  • claimsdescription30
  • claimsdescription26
  • claimsdescription7
  • claimsdescription4
  • claims239000007787solidsSubstances0.000description2
  • abstract235000019634flavorsNutrition0.000description4
  • abstract241000196324EmbryophytaSpecies0.000230000017260vegetative to reproductive phase transition of meristemEffects0.000235000006029Prunus persica var nucipersicaNutrition0.000240000005866Prunus persica var. nucipersicaSpecies0.000239000003086colorantsSubstances0.000210000003491SkinAnatomy0.000238000009396hybridizationMethods0.000238000004519manufacturing processMethods0.000280000847184Bloomcompanies0.000280000332430Ovatecompanies0.000239000006071creamsSubstances0.000230000005059dormancyEffects0.000230000000644propagatedEffects0.000239000002689soilSubstances0.000239000004575stoneSubstances0.000241000537377Fraxinus berlandierianaSpecies0.000210000004907GlandsAnatomy0.000241001147389Panthera unciaSpecies0.000241000233629Phytophthora parasiticaSpecies0.000206010062080Pigmentation diseasesDiseases0.000281999990420Rutgers Universitycompanies0.000206010039509ScabDiseases0.000241000912169UfoSpecies0.000281999990133University of Floridacompanies0.000230000001594aberrantEffects0.000230000003466anti-cipatedEffects0.000125000003118aryl groupChemical group0.000230000001580bacterialEffects0.000238000009924canningMethods0.000230000034303cell buddingEffects0.000230000001809detectableEffects0.000230000018109developmental processEffects0.000201000010099diseasesDiseases0.000230000035558fertilityEffects0.000239000003205fragranceSubstances0.000230000005094fruit setEffects0.000230000004301light adaptationEffects0.000238000002844meltingMethods0.000238000000034methodsMethods0.000239000000203mixturesSubstances0.000210000000056organsAnatomy0.000230000019612pigmentationEffects0.000230000006308pollinationEffects0.000230000001850reproductiveEffects0.000241000894007speciesSpecies0.000

    Classifications

      • A—HUMAN NECESSITIES
      • A01H—NEW PLANTS OR PROCESSES FOR OBTAINING THEM; PLANT REPRODUCTION BY TISSUE CULTURE TECHNIQUES
      • A01H6/74—Rosaceae, e.g. strawberry, apple, almonds, pear, rose, blackberries or raspberries
      • A01H6/7463—Peaches
      • A—HUMAN NECESSITIES
      • A01H—NEW PLANTS OR PROCESSES FOR OBTAINING THEM; PLANT REPRODUCTION BY TISSUE CULTURE TECHNIQUES
      • A01H5/08—Fruits

    Abstract

    Ripened Peach Crack
    Prunus persica (L.) Batsch ‘Galactica’ is a new and distinct variety of edible peach tree that has the following unique combination of desirable features that are outstanding in a new variety. 1. Flower buds that demonstrate a high level of resistance to cold temperature injury. 2. Firm, white, low acid flesh fruit with excellent flavor and aroma. 3. Heavy and regular bearing of large size fruit, up to 3 inches in axial diameter. 4. Fruit with early maturity, typically early July in North Carolina. 5. Unique saucer-shaped fruit.

    Description

      LATIN NAME OF THE GENUS AND SPECIES
    • The Latin name of the novel peach tree variety disclosed herein is Prunus persica (L.) Batsch.
      • VARIETY DENOMINATION
    • The inventive cultivar of Prunus persica disclosed herein has been given the variety denomination ‘Galactica’.
      • BACKGROUND OF THE INVENTION
    • The present invention relates to a new and distinct cultivar of Prunus persica (peach) grown as a fruit tree for home use and for commercial agriculture. Peach is typically grown for their edible fruit that are used for fresh consumption, or for home canning.
    • The new and distinct variety of peach (Prunus persica (L.) Batsch) originated as a first generation descendant from a hand pollinated cross of NCN-4 nectarine (non-patented)×a Chinese saucer peach seedling of unknown origin. The NCN-4 parent was used as the female in the hybridization. The original cross was made in 1995 at the North Carolina State University Lake Wheeler Field Laboratory in Raleigh, N.C. The Chinese saucer peach seedling used as a parent is not available in commerce. The NCN-4 parent used in this hybridization was derived from a hand-pollinated cross of ‘Contender’ (non-patented)בFantasia’ nectarine (non-patented) made in 1987 at the Sandhills Research Station, Jackson Springs, N.C. ‘Contender’ was named and released as a peach cultivar by North Carolina State University in 1987. ‘Fantasia’ nectarine was named and released by the USDA-ARS in Fresno, Calif. in 1969.
    • The seeds resulting from the 1995 controlled hybridization were germinated in a greenhouse at North Carolina State University, Raleigh, N.C. in the fall of 1995 and planted in the field in spring of 1996 at the Sandhills Research Station, Jackson Springs, N.C. These trees, growing on their own roots, first produced fruit in 1998, and one seedling, designated NC98-42, was selected for its large, flat (peento shape) white flesh fruit, attractive red and cream skin color, fruit with high flavor and aroma, early season of ripening, and heavy fruit production. This original plant was growing on its own roots, and demonstrated characteristics identical to those subsequently expressed when propagated on ‘Lovell’ seedling rootstock.
    • Plants and fruit of this new variety differ from its parents. The new variety produces white flesh fruit that are larger, more attractive, earlier in ripening, and firmer than the Chinese saucer peach parent. Fruit of this new peach variety demonstrate the flat, saucer shape character, distinguishing it from the ‘Fantasia’ nectarine parent. Few saucer shaped (peento) peaches are available in commerce. ‘Galactica’ ripens 7-10 days later than peento cultivar ‘Stark's Saturn’ (U.S. Plant Pat. No. 5,123), released by Rutgers University and Stark Brother's Nursery in 1985. ‘Galactica’has different flesh color (white vs. yellow) and higher flower bud chilling (dormancy) requirement (800 hours vs. 250 hours ) than peento cultivar ‘UFO’ (U.S. Plant Pat. No. 13,352), released by the University of Florida in 2002.
    • During the year 1999, the original plant selection was propagated asexually by grafting of vegetative buds onto the standard peach seedling rootstock cultivar ‘Lovell’. Grafting was performed by Mr. Daniel Ferris, at his nursery in Huntland, Tenn. The five trees of the variety grafted by Mr. Ferris were established in test plots at Sandhills Research Station in 2000. The new variety has routinely been asexually multiplied by grafting, specifically ‘T’ budding. It readily forms a graft union with peach ‘Lovell’ rootstock and resumes normal growth. During all asexual propagation, the characteristics of the original plant have been maintained. Grafted trees on ‘Lovell’ rootstock exhibit characteristics identical to those of the tree on its own roots, and no aberrant phenotypes have appeared.
    • Test plantings and performance evaluation over seven years at the Sandhills Research Station demonstrate this variety to be relatively consistent in its characteristics even under the different growing conditions associated with yearly climatic variation.
    • Plants of the new variety are very vigorous and grow rapidly after establishment of trees in the field. Young trees have averaged 2-3 feet of growth per year. Plants are semi-upright in growth habit. Flowering sometimes occurs in the second year of growth, but more commonly trees begin flowering and fruiting in the third year after establishment. Flowers are single, medium red-purple, large, and showy. Flowering usually begins in early to mid March in Jackson Springs, N.C.; the chilling requirement is estimated to be 800 hours below 4° C., based on comparison of flowering time to known varieties such as ‘Contender’ and ‘Biscoe’. Flowering generally lasts for 7-10 days, depending on temperature at time of bloom.
    • Fertility of flowers is excellent, and fruit set is generally very high in most years. Flowers have shown excellent resistance to cold temperatures during winter dormancy and during flower development in the spring. Fruit are very large, often 3 inches in diameter, white fleshed, and highly flavorful and aromatic. Fruit demonstrate the unique saucer shape, often referred to as the “peento” character. Fruit ripen in late June to early July in Jackson Springs, N.C., averaging July 2 over 7 years of observation.
    • The new variety has been named the GALACTICA cultivar.
      • SUMMARY OF THE INVENTION
    • ‘Galactica’ is a new and distinct variety of edible peach tree that has the following unique combination of desirable features outstanding in a new variety.
      • 1. Flower buds that demonstrate a high level of resistance to cold temperature injury.
      • 2. Firm, white, low acid flesh fruit with excellent flavor and aroma.
      • 3. Heavy and regular bearing of large size fruit, up to 3 inches in axial diameter.
      • 4. Fruit with early maturity, typically early July in North Carolina.
      • 5. Unique saucer-shaped fruit.
      BRIEF DESCRIPTION OF THE DRAWINGS
    • The photographs in the drawings were made using conventional film or digital photography techniques, and show the colors as true as reasonably possible by conventional photography. Colors in the photographs may differ slightly from the color values cited in the detailed botanical description, which accurately describe the colors of the new Prunus persica variety. All photographs were taken from trees growing at the Sandhills Research Station, Jackson Springs, N.C.
    • FIG. 1 shows typical fruit of ‘Galactica’, showing the white flesh with minimal red pigmentation around the stone, and the typical skin coloration.
    • FIG. 2 shows the typical large, showy flower of ‘Galactica’.
    • FIG. 3 shows the typical coloration and form of leaves of ‘Galactica’ taken from a five-year-old tree photographed in September 2004. This figure shows the upper leaf surface.
    • FIG. 4 shows the coloration of the lower leaf surface of leaves of ‘Galactica’ photographed in September 2004.
    • FIG. 5 shows a photograph of the trunk of ‘Galactica’ taken 1 ft. above the soil line.
    • FIG. 6 shows a four-year-old tree of ‘Galactica’ photographed in September 2004.
      • DETAILED BOTANICAL DESCRIPTION OF THE VARIETY
    • The following is a detailed description of the botanical and pomological characteristics of the subject peach. Color data are based on The Royal Horticultural Society Colour Chart, The Royal Horticultural Society, London, 1995 edition. Where dimensions, sizes, colors and other characteristics are given, it is to be understood that such characteristics are approximations of averages set forth as accurately as practicable.
    • The descriptions reported herein are from four-year-old specimens grown at Jackson Springs, N.C.
      • Classification: Tree.
      • Type: Deciduous.
      • Commercial classification: ‘Galactica’ serves as a fruit tree that produces high quality peaches for fresh consumption.
      • Use: Fruit production.
      • Tree:
          • Size.—Large. Four-year old tree average height 9.2 ft. Spread 10.0 ft.
          • Vigor.—Very vigorous.
          • Growth.—Semi-upright.
          • Production.—High. Full crop produced yearly in seven years of observation.
          • Hardiness zone.—Confirmed cold- hardy to USDA hardiness zone 7a. Anticipated to be acceptably cold-hardy to USDA hardiness zone 6. Southern adaptation expected to USDA hardiness zone 8.
      • Trunk:
          • Size.—Circumference=13.5 in. (measured 12 inches above soil).
          • Texture.—Medium to rough.
          • Color.—Gray-green (RHS 197A).
      • Branches:
          • Size.—Medium. Circumference=7.1 in. (measured on main branch at point of attachment to trunk).
          • Surface.—Smooth (new) to medium rough (old).
          • Lenticels.—Length=0.9 mm. Width=0.4 mm. Shape=oval. Medium number. Grayed orange (RHS 164C).
          • Color.—Bright yellow-green (RHS144A, new growth-lower surface), red (RHS46A, new growth-upper surface), grayish-orange (RHS166B, two-year-old branches).
      • Foliage:
          • Length.—Large. Mature leaf length 17.1 cm; width 3.9 cm.
          • Form.—Lanceolate. Acutely pointed.
          • Thickness.—Medium.
          • Texture.—Smooth to slightly rugose.
          • Margin.—Crenate.
          • Petiole.—Medium length, average=10.6 mm. Color yellow-green (RHS146C).
          • Glands.—Average number 4. Varies from 3 to 6. Located on base of leaf and upper portion of petiole. Color=RHS144B. Small and reniformis. Length=2.1 mm. Width=1.1 mm.
          • Color.—Upper surface —yellow green (RHS146A). Lower surface — yellow green (RHS146B).
          • Pubescence.—Lacking.
      • Flower buds:
          • Size.—Medium. Typical of peach.
          • Width.—Medium. (3.0 mm).
          • Length .—Medium. (4.2 mm).
          • Pubescence.—Lacking.
          • Color.—Grayed-brown (RHS199B).
      • Flowers:
          • Date of first bloom.—March 5 to March 15. Varies yearly due to weather conditions.
          • Size.—Large, showy. Diameter=37.0 mm. Varies from 36 to 38 mm.
          • Petals.—Color=medium pink (RHS55C). Length=15.6 mm. Width=14.2 mm. Shape=ovate. Base=rounded. Margin=entire.
          • Sepals.—Color=grayed purple (RHS184A). Length=8.0 mm. Width=3.7 mm. (midsection). Shape=ovate with rounded apex.
          • Reproductive organs.—Stamens — erect, numerous. Average number 40. Ranges from 38 to 42. Filament color — red-purple (RHS63C). Pistils — usually one. Color grayed-yellow (RHS160B) Pollen — normal and abundant, yellow-orange (RHS15A).
          • Pollination requirements.—Flowers self-fertile.
          • Number of flowers per bud.—One.
          • Number of petals per flower.—Average 5.
          • Pedicel.—long (11.6 mm). Color RHS142C.
          • Fragrance.—None detectable.
      • Fruit:
          • Maturity.—Early to mid-season. Late June to early July. Average July 2.
          • Size.—Very large. Average 3.1 in. transverse diameter. Average 1.67 in. longitudinal diameter (fruit edge) and 0.9 in. longitudinal diameter (fruit center).
          • Weight.—Average=6.6 ounces.
          • Form.—Flattened.
          • Suture.—Shallow to slightly grooved.
          • Pubescence.—Light to medium.
          • Skin color.—80% red overcolor (RHS34A) with green-white ground color (RHS157B).
          • Flesh color.—Cream white (RHS155C), with slight red intrusion (RHS45B) near the pit.
          • Flesh texture.—Smooth, semi-firm, melting.
          • Flesh flavor and aroma.—Flavor excellent, slight aroma.
          • Stone.—Small, flattened, freestone. Color grayed-orange (RHS175B). Size=1.5 cm. length, 2.0 cm. transverse diameter. Surface texture=rugose. No tendency to crack.
          • Pit cavity.—Width=2.3 cm. Length=1.6 cm. Texture=rugose.
          • Shape=broad, flattened.
          • Kernel (seed).—Shape=round, flattened. Color (seed coat)=grayed-orange (RHS163A). Color (seed)=grayed-orange (RHS164D).
          • Acidity.—semi-acid. pH=4.5 (measured on ripe fruit).
          • Soluble solids.—average of 5 fruit=14.1 Brix.
          • Eating quality.—Excellent.
          • Uses.—Fresh consumption.
          • Browning potential.—Moderate based on laboratory testing.
      • Disease reaction:
          • Bacterial spot.—Susceptible based on field observation.
          • Peach scab.—Susceptible.
          • Brown rot.—Susceptible.
      • Herbarium voucher: A voucher of ‘Galactica’ will be deposited into the Herbarium of North Carolina State University (NCSU) in Raleigh, N.C., USA upon patenting.

    Claims (1)

    Ripened Peach Crackers

    1. A new and distinct variety of edible peach tree (Prunus persica (L.) Batsch) substantially as illustrated and described, characterized by its very large, saucer-shaped, white flesh fruit, semi-acid flesh, high fruit soluble solids, and early ripening time.
    Ripened Peach Crack
    US11/022,4112004-12-272004-12-27Peach tree named ‘Galactica’ ActiveUSPP17118P3 (en)

    Ripened Peach Cracker

    Priority Applications (1)

    Application NumberPriority DateFiling DateTitle
    Peach Ripening Tips

    ID=36613373

    Family Applications (1)

    Application NumberPriority DateFiling DateTitle
    US20060143749P1trueUS20060143749P1 (en) 2006-06-29
    Application NumberTitlePriority DateFiling Date
    US (1) USPP17118P3 (en)
    • 2004-12-27USUS11/022,411patent/USPP17118P3/enactiveActive

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