PONGAMIA VARIETIES
20230037287 · 2023-02-02
Assignee
Inventors
- Naidu Bodapati (Riverhills, AU)
- Marshall Mackay (Tewantin, AU)
- Naveen SIKKA (Oakland, CA, US)
- David Harry (Philomath, OR, US)
Cpc classification
International classification
Abstract
New and distinct varieties of Pongamia pinnata (L) Pierre trees (pongamia trees) are described herein.
Claims
1. A new and distinct variety of Pongamia pinnata (L) Pierre tree as shown and described herein, wherein the variety is selected from the group consisting of ‘K002’, ‘K006’, ‘K008’, ‘K009’, ‘K010’, ‘K011’, ‘K013’, ‘K022’, ‘K025’, ‘K141’, ‘K187’, ‘K202’, ‘K205’, ‘K208’, ‘K209’, ‘K211’, ‘K219’, ‘K268’, ‘K303’, ‘K309’, ‘K605’, ‘K607’, ‘K608’, ‘K609’, and ‘K610’.
Description
DESCRIPTION OF THE DRAWINGS
[0009] The pongamia trees as described herein are illustrated by the accompanying photographs which show e.g. tree form, branches, foliage, leaves, trunk, pods, and seeds as specifically described below. The colors shown are as true as can reasonably be obtained by conventional photographic procedures.
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DETAILED BOTANICAL DESCRIPTION OF THE PLANT
[0037] The following detailed description sets forth the phenotypic characteristics and the distinctive features of the pongamia varieties described herein.
General
[0038] The characteristics described below are features of each of ‘K002’, ‘K006’, ‘K008’, ‘K009’, ‘K010’, ‘K011’, ‘K013’, ‘K022’, ‘K025’, ‘K141’, ‘K187’, ‘K202’, ‘K205’, ‘K206’, ‘K207’, ‘K208’, ‘K209’, ‘K211’, ‘K219’, ‘K268’, ‘K303’, ‘K309’, ‘K605’, ‘K607’, ‘K608’, ‘K609’, and ‘K610’. [0039] Classification: [0040] Family.—Fabaceae. [0041] Botanical.—Pongamia pinnata (L) Pierre. [0042] Common name.—Pongam tree, pongam oiltree, or pongamia. [0043] Tree: [0044] Size.—Modest size and stature. [0045] Trunk.—Tree crowns and trunks continue to grow as trees age. [0046] Bark.—Smooth, grey, with some lighter-color mottling. Faint lenticular scars are visible as horizontal striations. [0047] Form.—Decurrent crown form with dense, compact foliage. Outer branches are arched downward without drooping. [0048] Branches: [0049] Branch length.—Highly variable year to year due to regular crown management, and thus is not a reliable defining characteristic of the tree. [0050] Branching habit.—Many branched limbs. Growth and size of lateral branches are considerably less than that of the main branches. Many smaller branches occur higher in the crown. [0051] Buds and shoots.—Terminal buds are absent. Young shoots emerge from naked lateral buds, with the most distal bud giving rise to a terminal shoot. Buds are hemispherical and 3.3-5.0 mm wide where they attach to the leaf axis. They protrude 1.7-3.5 mm out from the leaf axis and are 1.2-1.5 mm thick. The typical bud color is light green on younger shoots, and greenish-brown on more mature shoots. [0052] Terminal shoots.—The seasonal elongation of terminal shoots on main branches is considerable. [0053] Lateral shoots.—Seasonal elongation of lateral shoots is considerably shorter. [0054] Shoot and twig surfaces.—Woody twigs have leaf scars, showing traces of three vascular bundles. The youngest shoots are distinctly green and flexible, with no lenticels apparent to the naked eye. As shoots mature, their color shifts from green to tan and prominent lenticels become visible as raised light-colored corky circles. [0055] Leaves: [0056] General.—Pinnately compound leaves bear leaflets. Leaves are arranged alternately along the stem. [0057] Size and shape.—The outline of a compound leaf is roughly oval. [0058] Leaflets.—Blades of individual leaflets vary in outline among varieties. [0059] Leaflet color, surface, and texture.—Leaflets are glabrous on both abaxial and adaxial surfaces. Young leaves exhibit a strikingly glossy cuticle on their adaxial surface. The abaxial surface is less glossy. Leaflets turn a darker shade of green as they age and become increasingly sclerophyllous. [0060] Stipules.—A pair of small stipules often subtends the youngest leaves on a shoot. They remain for only a short duration before they dehisce. [0061] Flowers and inflorescences: [0062] General.—Hermaphroditic florets are borne on an indeterminate inflorescence. [0063] Inflorescence structure.—Several florets are clustered into a fascicle node which are more-or-less evenly distributed along a rachis. The entire inflorescence is a pseudoraceme. Inflorescences can be branched or unbranched. [0064] Position in crown.—Inflorescences are borne in basal leaf axils of the current year's vegetative flush, near the distal end of the prior year's shoot growth. An average inflorescence typically encompasses over 50 florets. Flower clusters tend to be most common towards the outer surface of the crown. [0065] Florets.—Emerge acropetally from a fused ovoid calyx with entire margins and glabrous texture. Pedicels are approximately 0.5 mm in diameter. Zygomorphic florets consist of 2 keel, 2 wing, and a standard (or banner) petal. The banner apex is emarginate and the base is rounded. “Wings” exhibit pinkish or whitish coloration on both surfaces. Wing petal apices are obtuse and bases are truncate. [0066] Fruits: [0067] General.—Seed pods usually bear a single seed, infrequently two seeds. [0068] Shape and color.—Developing fruits first appear as dark-green flattened pods, expanding in size into lighter green and eventually tan-colored woody pods. [0069] Crown distribution.—Pods can occur throughout the crown, but are most prevalent towards the outer portions of the crown. [0070] Fruit clusters.—Pods are connected by the rachis of the inflorescence from which they developed. [0071] Dimensions.—Pods shapes are distinctive and vary among varieties. [0072] Seeds: [0073] General.—Typically borne singly in pods. Sometimes an aborted (and much smaller) seed occurs alongside a fully-formed seed. [0074] Seed coat.—Seeds are covered by a thin seed coat that is beige to dark-brown. [0075] Seed oil.—Oil content is higher than average, relative to other pongamia trees. [0076] Nut crop.—Regular bearer. [0077] Crop frequency.—Most pongamia trees rarely produce abundant nut crops across multiple years, instead bearing fruit biennially or less frequently. [0078] Ripening.—If undisturbed, pods remain in the crown for several weeks after they ripen.
Distinctive Features
[0079] Table 1 below outlines several characteristics of the pongamia varieties described herein.
TABLE-US-00001 TABLE 1 Data on Pongamia Varieties Seed Oil Tree (%, Dry- Height Stem Diameter No. Stems Crown Variety wt Basis) (m) #1 (cm) #2 (cm) (@ 1.4 m) Width (m) K002 39.5 8 18 18 5 10 K006 — 8 20 19 2 9 K008 39.2 6 22 — 1 8 K009 41.5 7 23 20 5 — K010 — 8 26 — 1 11 K011 — 5 17 — 1 7 K013 — 5 22 — 1 7 K022 — 8 29 — 1 11 K025 33.4 11 22 19 3 11 K141 — — — — — — K187 39.7 9 22 17 2 10 K202 43.9 8 22 — 1 7 K205 — 6 20 18 3 9 K206 35.5 9 24 — 1 10 K207 38.9 9 — — — 11 K208 — 12 24 21 4 15 K209 — — — — — — K211 40.2 — — — — — K219 43.5 11 29 27 3 14 K268 35.8 11 25 24 4 16 K303 35.9 11 23 21 3 8 K309 — 10 20 16 7 14 K605 — — — — — — K607 — 6 16 14 5 9 K608 — — — — — — K609 — 6 22 19 5 12 K610 — 6 24 — 1 11 Seed oil data collected from Australia Tree Height: m, estimated using a clinometer Stem Diameter: cm, of two largest stems (#1 and #2) at breast height (1.4 m above ground) Number of Stems: at breast height (1.4 m above ground) Crown Width: m, average of two measurements