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"connate" Definitions
  1. AKIN, CONGENIAL
  2. INNATE, INBORN
  3. born or originated together
  4. entrapped in sediments at the time of their deposition

146 Sentences With "connate"

How to use connate in a sentence? Find typical usage patterns (collocations)/phrases/context for "connate" and check conjugation/comparative form for "connate". Mastering all the usages of "connate" from sentence examples published by news publications.

Characterised by a solid scape and spathaceous bracts fused into a floral tube (basally connate).
Most groundwater is meteoric water. Other forms normally do not play a significant role in the hydrologic cycle. Non-meteoric forms of groundwater are connate water and magmatic water, also termed juvenile water. Connate water is trapped in rock strata at the time of formation.
A herbaceous plant. Prominent characteristics include flowers with a corolla which consists of six connate tepals.
In most cases, however, the peridia are connate throughout, and sometimes present above a membranous common covering.
Storage leaves from bases of inner foliage leaves, vaginate only at apex, strongly connate at base, lasting 1 year.
Male flowers have free or connate (fused together) filaments. Fruits are capsules with one to three fruits occurring per inflorescence.
Cupules are 5–8 × 10–18 mm, enclosing 1/3–1/2 of acorn, bracts are not connate at the apex.
The inflorescences consist of numerous opposite lateral cylindrical spikes, 15-30 × 2–5 mm, on jointed peduncles. Groups of three bisexual flowers are sitting in the axils of rhombic-quadrate bracts. The opposite bracts are not connate to each other. The obovoid to obpyramidal perianth consists of three connate tepals, the apex with three incurved lobes.
The stamens are five to numerous, and connate at least at their bases, but often forming a tube around the pistils. The pistils are composed of two to many connate carpels. The ovary is superior, with axial placentation, with capitate or lobed stigma. The flowers have nectaries made of many tightly packed glandular hairs, usually positioned on the sepals.
Because rock containing connate water is typically formed from ocean sediments, connate water is normally saline. Magmatic water rises from great depth accompanying magma intrusion and affects mineralogy. In other words, meteoric water is the water that has fallen as rain and has filled up the porous and permeable shallow rocks, or percolate through them along bedding planes, fractures, and permeable layers.
The Salicornioideae are annual or perennial herbs, subshrubs, or low shrubs. Their stems are glabrous and often apparently jointed. The alternate or opposite leaves are fleshy, glabrous, often basally connate and stem-clasping (thus forming the joints), with missing or short free leaf blades. The spike-shaped inflorescences consist of alternate or opposite bracts, these are often connate and stem-clasping, sometimes free.
Trees or shrubs with pale straw coloured twigs. Leaves membraneous and with prominent veins. Flowers axillary, medium to large. Sepals 3, valvate, connate at base.
The mostly bisexual flowers are immersed in the inflorescence axis and more or less connate to each other, to the bract, and to the axis. The inconspicuously three-lobed perianth consists of three connate tepals. There are one ore two (rarely three) stamens shortly exserting the flower, and an ovary with two stigmas. The fruit remains enclosed in the inflorescence axis, the fruit wall (pericarp) is membranous.
The leaves are opposite, basal 1/3–2/3 connate their length. There is one ovule in each cone that is enclosed by two pairs of cone bracts. Pollen cones, consist of three or four pairs of decussate scales with broad margin, are oblong-spherical shaped, sessile or subsessile at nodes and paired or rarely solitary. Bracts of pollen cones are in two to four pairs, 1/2 connate their length.
Staminate flowers with sepals 2.2-2.5 x 1.6-2.2 mm., keeled, gibbous at the base, broadly ovate, obtuse, the margins membranous; petals connate for 0.2-0.5 mm., the free lobes 2.8-3 x 2.8-3.2 mm., ovate or elliptic, acute, sometimes with hooded apex; stamens 6, uniseriate, the filaments connate for 0.2-0.5 mm., 2.8-3.2 mm. long, anthers 2.1-2.3 x 1 mm.; pistillode 2.2-2.3 mm., columnar, 0.8–1 mm.
Stamens 3 to 100. Ovary superior. Carpels 3 to 20, in 1 (rarely 2) whorls, free or basally connate. Ovules 12 to 100 per carpel and scattered over the inner surface.
Suture between ventrites 1 and 2 distinct. Suture between ventrites 2 and 3 is distinct. Ventrite 4 articulated with both 3 or 5 of connate. Postcoxal lines on ventrite 1 absent.
Stamens as many as petals. Ovary 4 or 5(-8 or more) carpellate ; styles free or rarely connate at base . Fruit a drupe, terete or laterally flattened. Seeds compressed, endosperm smooth .
Staminodes often present, free or connate, sometimes petaloid, sometimes enveloping the fertile stamens. Nectar not produced. Flowers usually buzz-pollinated. Ovary superior, longitudinally ribbed in Medusagyne and Quiinoideae; unribbed in Ochnoideae.
The anthers are dorsifixed and pollen dehiscence occurs by longitudinal openings. The pollen is monosulcate (having a linear furrow). Gynoecium: superior ovary, tricarpelate, connate and trilocular. Single stigma, capitate to 3-lobed.
The species is perennial with elongated rhizomes. Its culms are long. Culm-internodes scaberulous with leaf-sheaths are tubular with one of their length being closed. They are also erect and connate.
The usual color is white with crimson veins, but pink or purple also occur naturally. Stamens are very shortly connate basally, declinate, unequal. Style is declinate, stigma is three-lobed. Ovules are approx.
The flowers are bisexual. The four-lobed perianth consists of four half-connate unequal tepals. There are two stamens and an ovary with two stigmas. In fruit the perianth becomes thick and spongy.
Androgynous inflorescences usually with female flowers at proximal nodes and male flower at distal nodes. Flowers unisexual, apetalous, disc absent. Male flowers very small, shortly pedicellate, globose in bud; calyx parted into 4 small valvate sepals; stamens 4–8(–16) on a slightly raised receptacle, filaments free or basally connate; anthers with divaricate or pendulous thecae, unilocular, more or less elongated and later becoming vermiform; pollen grains oblate-spheroidal, with 3–5 pseudopores, tectate, psilate; pistillode absent. Female flowers generally sessile or subsessile, pedicellate in a few species; calyx of 3– (4–5) small sepals imbricate, connate at base; ovary of [1–2]3 carpels, surface often muricate, pubescent or papillose; ovules solitary in each cell, anatropes; styles reddish, free or basally connate, several times divided into filiform segment, rarely bifid or entire; staminodes absent.
Flowers: arranged in scapiflorous inflorescences (in racemes, in spikes, and in heads). The peduncles are articulated. The flowers are hermaphroditic, actinomorphic, often showy. Perianths: six tepals divided into two whorls, free or joined (connate).
The species is perennial with short rhizomes. Its culms are erect and are long. Culm-internodes scaberulous with leaf-sheaths are tubular with one of their length being closed. They are also erect and connate.
Tecticornia flowers Tecticornia arbuscula Illustrations of Tecticornia pergranulata (up) and Tecticornia halocnemoides (down) Tecticornia tenuis- shrubland in Australia The species of Tecticornia grow as annual or perennial herbs, subshrubs or small shrubs. Stems are branched, glabrous and appear jointed. The opposite leaves are fleshy, glabrous, connate in the lower part and cup-like or collar-like stem-clasping, with minute (0–3 mm long) two-lobed to triangular leaf blades. The spike-shaped inflorescences consist of opposite bracts, mostly connate and stem-clasping, free in some species.
Many flower parts are fused together; fused parts originating from the same whorl are connate, while fused parts originating from different whorls are adnate; parts that are not fused are free. When petals are fused into a tube or ring that falls away as a single unit, they are sympetalous (also called gamopetalous). Connate petals may have distinctive regions: the cylindrical base is the tube, the expanding region is the throat and the flaring outer region is the limb. A sympetalous flower, with bilateral symmetry with an upper and lower lip, is bilabiate.
The inflorescences are dense pedunculate heads or spikes borne in axillary clusters, or are aggregated in terminal panicles. The tetra- or pentamerous flowers are uniformly bisexual, or male and bisexual. Sepals are connate (i.e. fused) and valvate (i.e.
The pistil consists of two connate carpels. The style has two lobes. Stigmatic tissue may be located in the interior surface or form two lateral lines. The ovary is inferior and has only one ovule, with basal placentation.
In fruit, the bracteoles can enlarge, thicken or become appendaged. They enclose the fruit tightly, without becoming connate to it. The pericarp is adnate to the vertically orientated, flattened seed. The seed coat is thick, leathery or hardening.
The species have either 5, 6, or 7 of abdominal ventrites. The species have either none or four of the basal ventrites connate. The species have either 2 visible or apparently absent abdominal sternite. First ventrite not completely divided by metacoxae.
Male flowers, numerous, towards the periphery of the receptacle. Very small, 0.5 mm high. Perianth with two slight lobes, connate and adnate with receptacle; stamens 1-2 (-3). Female flowers are grouped at the centre and open before male flowers.
A low-growing or decumbent succulent shrub. The yellow-green leaves are slightly triangular in cross-section. They are small (8 x 4mm) and fused at the base (connate). The young flowers have erect stamens and stamenodes forming a central cone.
I.asprella female flower White flowers in axillary umbels with slender pedicels, dioecy. Male flower: 2 to 5 flowers each inflorescence, 2.5 to 3 mm in diameter, glabrous; 4 or 5 suborbicular petals, margin erose, corolla rotate, base slightly connate; stamens ca.
The claws are basally connate and form a tube. The stamens are epipetalous and have bearded filaments and broad, orange connectives. The ovary is densely bearded. Capsules are subglobose, 3.5 mm in diameter, and contain seeds measuring 2–3 mm.
The stipules may be free or connate, and stipels (secondary stipules) are absent. The inflorescences are peduncled racemes or heads. Bracts are small, with bracteoles below the calyx, and calyx teeth subequal. The petals may be pink, purplish, yellow, or whitish.
The flowers are unisexual, the plants can be monoecious or dioecious. Male flowers form an interrupted spike or subcapitate inflorescence of glomeruled, ebracteate flowers. These consist of 4 basally connate perianth segments, that are ovate or elliptic, membranous and abaxially hairy; and 4 stamens with oblong anthers and linear, exserted filaments. Female flowers sitting single or paired axillary, enclosed by 2 hairy bracteoles, that are connate in the lower part, compressed to slightly keeled, with 4 hornlike tips; a perianth is missing, the female flowers consist just of an ovary with a short style and 2 elongated stigmas.
The flowers may have four or five faintly connate but imbricate sepals with an equal number of distinct, imbricate petals. Also, the stamens, that may contain nectar discs, have distinct glabrous filaments that occur in one or two whorls and in numbers equaling or twice the number of petals; the tricolporate pollen is contained within two locules of the anthers that open longitudinally along slits. The gynoecium contains 3–5 connate carpels, one style, and one stigma that is head-like to lobed. Each locule of the superior ovary has two ovules with axile placentation that are anatropous to campylotropous.
Hibiscus moscheutos The morphology of Malvales is diverse, with few common characteristics. Among those most commonly encountered are palmate leaves, connate sepals, and a specific structure and chemical composition of the seeds. The cortex is often fibrous, built of soft phloem layers.
Sepals usually connate, often colored, usually accrescent. Corolla red to yellow, pink, or white. Corolla tube 5-lobed, the lobes usually unequal. Stamens 4 (rarely 5), usually in 2 pairs of unequal length and projecting well beyond the mouth of the corolla.
The leaves stem short and erect from prostrate rooting stems. They are simple, opposite leaves, with aromatic glands and no stipule. The leaves are connate by flattened petioles. The lamina is simple, minutely denticulate on the margin, and leathery on the surface.
Equisetum debile is a spore-bearing herb with erect, cylindrical, hollow and stem. Branches are long, slender, two or three in whorl, ribbed, nodes encircled by a tight sheath of connate scale like leaves. It has oblong strobilus at the end of branches.
3/4 as long as petals, anthers oblong and ca. 1 mm. Female flower: 4 to 6 flowers each inflorescence, glabrous, ca. 3 mm in diameter; flowers 4-6; calyx deeply 4 to 6 lobed; corolla rotate, petals suborbicular, basal slightly connate; staminodes ca.
Flowers consist of 3 green-brown sepals, 3 blue, pink or purple petals fringed with moniliform hairs, 4-6 stamens - the posterior three of which may be bearded with monilifiorm hairs, and 3 connate carpels. Its flowers have no fragrance detectable by the human nose.
Penstemon tenuis is a perennial herb with erect, slender stems that grow upwards of tall. The lanceolate leaves grow opposite and are long and wide. The leaves have pointed tips and toothed or entire margins. Lower leaves are sessile and upper leaves are connate.
Plants are monoecious (rarely dioecious). In monoecious plants flowers are dimorphic or pistillate. Flowers consist of (4–) 5 perianth segments connate. basally or close to the middle, usually membranous margined and with a roundish to keeled back; almost always 5 stamens, and one ovary with 2 stigmas.
The axillary flowers are four merous with a pedicels that are longer than sepals in fruiting material. The sepals are erect with a lanceolate shape and obtuse apex. Petals are striate and brown in colour and shorter than the sepals. The flower base is connate with a hooded apex.
The lobes are typically roughly and irregularly toothed or lobed again. The flowers are in a few flowered terminal cymose inflorescences about one inch across. Flowers have five sepals and lack petals, the sepals are lobed, white, fragrant, and covered with hispid hairs. Each flower has 10 connate stamens.
The inflorescences consist of glomeruled male flowers arranged in interrupted axillary or terminal spikes or panicles, and of female flowers in terminal and axillary interrupted panicles. Male flowers are without bracteoles, comprising 4-5 membranous perianth lobes 1–1.8 mm long, connate to the middle, with hooded tips, and 4-5 stamens opposite to perianth lobes, inserted on a disc, with non-exserting anthers. The female flowers are sitting within 2 opposite bracteoles, a perianth is lacking, they consist just of an ovary with 2 filiform, exserted stigmas. In fruit, the bracteoles enclosing the fruit become accrescent, folded along the midribs and connate nearly to the apex, 4–14 × 3–15 mm.
Helophytes, rarely rheophytes, with thick creeping rhizome; leaf blade simple, ovate to almost linear, fine venation transverse-reticulate; spathe tube with connate margins; spadix entirely enclosed in spathe tube; flowers unisexual, perigone absent. Differs from Cryptocoryne in having female flowers spirally arranged (pseudo- whorl in Lagenandra nairii, whorled in Lagenandra gomezii) and free; spathe tube "kettle" with connate margins (containing spadix) occupying entire spathe tube; spathe blade usually opening only slightly by a straight or twisted slit; berries free, opening from base; leaf ptyxis involute.Simon J. Mayo, Josef Bogner, Peter C. Boyce: The Genera of Araceae. 1. published, Royal Botanic Gardens/ Kew Publishing, London 1997, (Full-text as PDF-file; Continental Printing, Belgium 1997).
Etminan S R, Maini B. B., Kharrat R., The Role of Connate Water Saturation in VAPEX Process, Journal of Canadian Petroleum Technology, Vol. 47, No. 2, pp8–12, 2008. 13\. Razzaghi S., Kharrat R., Rashtchian D., Vossoughi S., Saraji S., Investigation of Auto Ignition Condition Under Different Parameters, Iran. J. Chem.
Ligulistigma, continental Asia group), in agglomerations, or are free (in P. subgen. Poikilospermum, E Malaysia group). The male flowers are with 2-4 perianth lobes, free or slightly connate; there are two to four stamens, the filaments are straight (in P. subgen. Ligulistigma) or inflexed; a rudimentary ovary is present.
The perianth of both staminate and pistillate flowers is composed of three sepals and three petals. However, there is a difference between male and female flowers. In staminate flowers, the sepals are distinct, narrow and rounded at the apex. The petals are basally connate and the anthers have valvular dehiscence.
Their leaves are borne in dense, evergreen rosettes. They are entire, have short petioles and lack stipules. They have a single wax-secreting trichome in the epidermal pits and glands on the abaxial surface. The flowers are small with a basally connate corolla, that are imbricate or rolled up lengthwise.
The flowers are most often bisexual and actinomorphic, occurring in racemes or panicles, and often fragrant. The calyx and corolla, when present, are gamosepalous and gamopetalous, respectively, their lobes connate, at least at the base. The androecium has 2 stamens. These are inserted on the corolla tube and alternate with the corolla lobes.
Sampsonia, along with Hypericum sampsonii, based on the combination of perfoliate leaves and vesicular-glandular capsule valves. Hypericum assamicum is distinguished from H. sampsonii by its leaves that are shortly connate-perfoliate at the base (vs. broadly perfoliate bases), spatulate-oblong unequal sepals (vs. oblong subequal sepals), petals shorter than the sepals (vs.
The stems are roughly 1 meter tall and mostly glabrous below and scabrous-pubescent above. While the lower branches exhibit opposite arrangement, the upper branches grow in an irregular formation. The stem is mildly indented at the nodes. The leaves are membranaceous and have connate bases and have a mildly pubescent underside.
Crossyne guttata, showing prostrate leaves The leaves are often prostrate (on the ground). The flowers may be zygomorphic or actinomorphic, and may or may not have a perigone tube. The stamens are connate (fused) into a tube at their proximal end. However Strumaria has one whorl of the stamens fused to the style.
The opposite leaves are fleshy small scales, connate in the lower part and cup-like stem-clasping. All branches are terminating in cone-like inflorescences, 1.5–3 cm long. Cymes consist of (two or) three minute flowers that are sunk in the axil of each opposite bract. The bisexual flowers are free.
The connate tepals are reduced to a minute membranous lobe or sometimes absent, especially in fruit. There is only one stamen and an ovary with two stigmas. The vertical seed is ovoid, somewhat flattened, reddish-magenta, with tubercular or papillose surface. The seed contains the terete curved embryo and copious perisperm (feeding tissue).
The base is sac-like with three to five connate lobes. It has white, spatulate (spoon-shaped) petals that are long. Inside are five separate bundles of staminodes and stamens, fused for less than half of their length. The anther has small clusters of four or five elongated pollen locules that open with longitudinal slits.
The perianth consists of five herbaceous, slightly keeled tepal lobes which are connate at base. There are five stamens opposite to the tepals, their filaments are fused at base forming a disc. The ovary is semi-inferior with 2 stigmas. In fruit, the ovary is partly immersed in the enlarged base of the perianth.
Investigation of Gas Cycling Process in Fractured Gas Condensate Reservoirs, Sh. Kamari, 2005. 55\. Experimental study of VAPEX process for Heavy oil fractured reservoirs, E. Marzbanfard, 2006. 56\. The role of connate water saturation in VAPEX process, S.R. Etminan, 2006. 57\. Experimental study and sensitivity analysis of WAG by means of micromodel, S. Taheri.
The flat fruits are small and dry and look like bugs. Many of its species are cultivated. The 75 to 80 Coreopsis species are native to North, Central, and South America. They have showy flower heads with involucral bracts in two distinct series of eight each, the outer being commonly connate at the base.
The plant is a perennial woody shrub that grows at elevations up to about . Branches are slender and glabrous (having no trichomes or "hair"). The leaves are approximately x , elliptic, membranous, abruptly acuminate at both ends; petiole 1 cm long. Flowers are arranged in axillary long-peduncled congested cymes; sepals are long, triangular, actue and basely connate.
They consist of 4-5 oblong perianth segments and 4-5 stamens. Female flowers are in glomerules sitting in the leaf axils. Enclosed by 2 accrescent or united bracteoles, without perianth, they consist of an ovary with 4-5 filiform stigmas. In fruit, bracteoles become enlarged and hardened, sometimes with dentate margins, sometimes several flowers becoming connate.
The pedunculate inflorescences are spike-like, with alternate scale-like free bracts. In the axil of each bract, there are one to three flowers, partially fused to each other, to the bract and to the inflorescence axis, appearing sunken into fleshy axis. The flowers are bisexual. The 4-5-lobed perianth consists of four to five connate tepals.
The upper cauline leaves, if present, are truly sessile. The inflorescence consists of one, or rarely two, flowers that face upward and are at the end of a peduncle that has few or no leaves. The flowers are perfect and slightly zygomorphic. The five sepals are shortly connate at their bases, and persistent through maturity of the fruit.
2019, www.promusa.org/Morphology+of+banana+plant. Musa reproduces by both sexual (seed) and asexual (suckers) processes, utilizing asexual means when producing sterile (non-seedy) fruits. Further qualities to distinguish Musa include spirally arranged leaves, fruits as berries, latex- producing cells present, 5 connate and 1 member of the inner whorl distinct, and petiole with one row of air channels.
In fruit, the glomerules of flowers form connate hard clusters. The fruit (utricle) is enclosed by the leathery and incurved perianth, and is immersed in the swollen, hardened perianth base. The horizontal seed is lenticular, 2–3 mm, with a red-brown, shiny seed coat. The seed contains an annular embryo and copious perisperm (feeding tissue).
Cymes of (two to) three flowers are sitting in the axils of shield-like, opposite bracts. The mostly bisexual flowers are somewhat immersed in the inflorescence axis. The perianth consists of three subequal, membranous tepals that are loosely connate at base. There is one stamen exserting the flower and an ovoid ovary with a thick style and two stigmas.
Flowers are grouped to form cymes. In the dioecious plants the masculine inflorescences are long and look like panicles, while the feminine are shorter and bear fewer flowers. The pistil is made of two connate carpels, the usually superior ovary is unilocular; there is no fixed number of stamens. The fruit can be an achene or a drupe.
In the photograph on the right, stages of flowering and fruit development in the noni or Indian mulberry (Morinda citrifolia) can be observed on a single branch. First an inflorescence of white flowers called a head is produced. After fertilization, each flower develops into a drupe, and as the drupes expand, they become connate (merge) into a multiple fleshy fruit called a syncarp.
Stipules are either present or absent. Flowers are solitary, bisexual, radial, with a long pedicel and usually floating or raised above the surface of the water, with girdling vascular bundles in receptacle. Female and male parts of the flower are active at different times usually, to facilitate cross-pollination. Sepals are 4-12, distinct to connate, imbricate, and often petal-like.
Petals lacking or 8 to numerous, inconspicuous to showy, often intergrading with stamens. Stamens are 3 to numerous, the innermost sometimes represented by staminodes. Filaments are distinct, free or adnate to petaloid staminodes, slender and well differentiated from anthers to laminar and poorly differentiated from anthers; pollen grains usually monosulcate or lacking apertures. Carpels are 3 to numerous, distinct or connate.
Accumulations of hydrocarbons are invariably associated with aqueous fluids (formation waters), which may occur as extensive aquifers underlying or interdigitated with hydrocarbon bearing layers, but always occur within the hydrocarbon bearing layers as connate water. These fluids are commonly saline, with a wide range of compositions and concentrations, however, there are examples of petroleum reservoirs in the world with fresh water.
Leaves 40 – 50 cm long, blades ovate or oval, at the tip blunt, at the base decurrent or abrupt, 7.5 – 19 cm long x 3 – 10 cm wide, trimmed with very distinct pellucid lines. Stem prostrate, 80 – 90 cm long, proliferous. Inflorescence racemose, having 4 - (6) whorls. Bracts shorter than pedicels, 0.8 - 1.5 cm long, shallowly connate, pedicels about 4.5 cm long.
Sedimentary rocks are often saturated with seawater or groundwater, in which minerals can dissolve, or from which minerals can precipitate. Precipitating minerals reduce the pore space in a rock, a process called cementation. Due to the decrease in pore space, the original connate fluids are expelled. The precipitated minerals form a cement and make the rock more compact and competent.
Halostachys growths as a shrub to 1–3 m height and width. The erect stems are much branched, older twigs are mostly leafless. The young twigs are blue- green, fleshy, apparently jointed (articulated), with glabrous fine papillose surface. The opposite leaves are fleshy, glabrous, connate basally and surrounding the stem (thus forming the joints), with very short scale-like triangular blades.
Several factors concomitantly affect microbial growth and activity. In oil reservoirs, such environmental constraints permit the establishment of criteria to assess and compare the suitability of various microorganisms. Those constraints may not be as harsh as other environments on Earth. For example, with connate brines the salinity is higher than that of sea water but lower than that of salt lakes.
The flowers are hermaphrodite, in one to many whorls, in umbels, racemes or panicles; they have six stamens, and six to nine carpels arranged in a whorl, connate at the base, each with two to many ventral ovules; The styles are terminal. The fruit is a whorl of follicles; the follicles are laterally compressed, stellately radiating, with a more or less elongated apical beak.
There are usually five stamens. The filaments are fused to the corolla, while the anthers are generally connate (syngenesious anthers), thus forming a sort of tube around the style (theca). They commonly have basal and/or apical appendages. Pollen is released inside the tube and is collected around the growing style, and then, as the style elongates, is pushed out of the tube (nüdelspritze).
In the axil of each bract, there are one to five (rarely to twelve) flowers, free or sometimes fused to each other, to the bract, and to the inflorescence axis. The flowers are usually bisexual (the lateral flowers may be unisexual). The 2-5-lobed perianth consists of two to five connate tepals. There are one or two stamens and an ovary with mostly two stigmas.
Plants of the genus Calligonum are shrubs, diffusely but irregularly branched, with flexuous woody branches. Leaves are simple, opposite, nearly sessile, linear or scale-like, sometimes absent or very small, linear or filiform, distinct or united with short membranous ochreae. Flowers are bisexual, solitary or in loose axillary inflorescences. Flowers have persistent, 5-parted perianths not accrescent in fruit, and 10-18 stamens with filaments connate at the base.
Ten to twenty (or many more) stamens inserted below the ovary, spirally arranged and forming a ball or flat-topped mass with short and stout filaments and linear to oblong anthers which face outward and open longitudinally. Each flower can have from one to many pistils, distinct to connate, with stigmas distinct. Marginal placentation, each pistil bearing one locule, with one to many ovules. Style short and thick, with terminal stigma.
Its flowers are terminal or axillary, bisexual, solitary or in an up to nine-flowered open panicle, pedicel with small paired bracts. It has four decussate sepals sub-orbicular, persistent and variously enlarged and thickened in fruit. Stamens are numerous, free or connate only at the base, ovary superior (1-2 celled) each cell with one to two axillary ovules. They are slender with a peltate to four-lobed stigma.
The fruits are follicles, usually spreading and seeds costate-papillate (incompletely connate), but multipapillate in Phedimus selskianus. When treated as Phedimus sensu lato, i.e. including Aizopsis, subgenus Phedimus (Phedimus sensu strictu) has creeping and rooting stems, flowers white, pink, red or purplish and chromosome numbers x=5,6,7, while subgenus Aizoon has annual shoots often woody at base, emerging from woody rhizomes, flowers yellow, orange or reddish and x=8.
The leaf margin can be irregularly dentate or lobed, or pinnatifid with narrow dentate lobes. The axillary and terminal inflorescences consist of small dense glomerules of flowers, arranged spicately or paniculately. Flowers are bisexual or pistillate. They contain 5 basally connate perianth segments with a prominent keel near the apex, and a characteristic strong midrib visible from the inside; a circle of 5 stamens; and an ovary with 2 stigmas.
Flowers are bisexual (rarely unisexual), with up to five tepals connate only basally or fused to form sac, one to five stamens, and a superior ovary with one to three filiform stigmata. Fruits and seeds of Dysphania botrys The fruit is often enclosed in perianth. The membranous pericarp is adherent or nonadherent to the horizontal or vertical, subglobose, or lenticular seed. The seed coat is smooth or rugose.
Their blades are cup- or collar-like or deltoid to semi-circular scales. In the axil of each bract, there are three to five (rarely one or seven) flowers, free or sometimes fused to each other, to the bract, and to the inflorescence axis. The flowers are hermaphrodite, rarely unisexual. They consist of a 2-3-lobed perianth of connate tepals, one stamen, and an ovary with two stigmas.
Most fig-marigolds are herbaceous, rarely somewhat woody, with sympodial growth and stems either erect or prostrate. Leaves are simple, opposite or alternate, and more or less succulent with entire (or rarely toothed) margins. Flowers are perfect in most species (but unisexual in some), actinomorphic, and appear singularly or in few-flowered cymes developing from the leaf axils. Sepals are typically five (3-8) and more or less connate (fused) below.
Anthonyite occurs as an alteration of native copper in basalt in fractures and cavities by circulation of chloride rich groundwater or connate fluids. The similar orthorhombic mineral calumetite occurs by the same process. It occurs associated with tremolite, quartz, epidote, monazite, native copper, cuprite and paratacamite in the Centennial mine area. It also occurs in the Cole mine, at Bisbee, Cochise County, Arizona; and Villa Hermosa, Sonora, Mexico.
The flowers are commonly borne in definite or indefinite axillary inflorescences, which are often reduced to a single flower, but may also be cauliflorous, oppositifolious, or terminal. They often bear supernumerary bracts in the structure of a bicolor unit. They can be unisexual or bisexual, and are generally actinomorphic, often associated with conspicuous bracts, forming an epicalyx. They generally have five valvate sepals, most frequently basally connate, with five imbricate petals.
The receptacle might become enlarged, elevated or flat. The outer whorls are inserted below the ovaries, and have valvate (overlapping) or imbricate (nonoverlapping) segments. Usually two to four persistent sepals that are distinct or connate (fused) at the base. Six petals in two unequal whorls of three with larger outer whorls and fleshier inner whorls that might share the same nectar glands, or six to fifteen petals, with impressed veins on their inner face.
Members of Poikilospermum are shrubs or tall woody climbers (also known as lianas). The petiolate leaves are alternate; their stipules are often caducous, intrapetiolar, connate, and leathery; their veins are often prominently pinnate; cystoliths occur adaxially in circular groups, abaxially along veins, either punctiform or linear. The inflorescences are solitary and axillary dichotomously branched cymes, they are unisexual (the plants are dioecious). The glomerules are capitate and either on swollen peduncular receptacles (in P. subgen.
The golden pagoda differs from all other Mimetes species in the large number of flowers per head (25–35), compared to 14–22 flowers per head in M. saxatilis, and considerably less in all other species. Further, all other pagodas have a tube at the base of the perianth, where in M. chrysanthus, the segments are free and bending out at the base but connate midlength, and free and diverging near the tip.
The corolla and calyx have four lobes each, with eight stamens inserted at the base of the disc, the filaments being connate at their base. The ovary is superior and sessile; it has four lobes and four locules, each containing two collateral ascending ovules. The stigma is simple and the style extends further than the stamens. The fruit is an inflated membranous capsule, 3–5 cm across, each locule forming a distinct lobe.
The concentration of dissolved solids in deep connate water varies from much less than sea water to ten times the total dissolved solids of sea water. In general, total dissolved solids (TDS) concentrations increase with depth. Most deep groundwaters classified as brines (having total dissolved solids equal to or greater than that of seawater) are predominantly sodium chloride type. However, the predominance of chloride usually increases with increasing TDS, at the expense of sulfate.
Drachmobola is a genus of moths belonging to the subfamily Tortricinae of the family Tortricidae. The description of Meyrick for this genus is: The antennae of the male are shortly ciliated, palpi moderate, porrected, second joint rough-scaled above and beneath. Forewings with tufts of scales on surface and dorsal projection tufts; 7 to termen, 8 and 9 cut 7. Hindwings with 3 and 4 connate, 5 approximated, 6 and 7 stalked.
The hermaphrodite or unisexual flowers are more or less radially symmetric, with a perianth of three or four fleshy tepals connate nearly to the apex, one or two stamens, and an ovary with two or three stigmas. The perianth is persistent in fruit. The fruit wall (pericarp) is membranous. The vertical seed is ellipsoid, with light brown, membranous, hairy seed coat, the hairs can be strongly curved, hooked, or conic, straight or slightly curved.
20–21 Page 776 合冠鼠麴草属 he guan shu qu cao shu GamochaetaWeddell, Chlor. Andina. 1: 151. 1856. Plants of this genus have "relatively small heads in spiciform (spike-like) arrays, concave post-fruiting receptacles, truncate collecting appendages of style branches in bisexual florets, relatively small cypselae (fruits) with minute, mucilage-producing papilliform hairs on the faces, and pappus bristles basally connate (joined) in smooth rings and released as single units." ; SpeciesGamochaeta.
49, No. 3, March 2010. 38\. Yadali Jamaloei, B., Kharrat, R.: Analysis of Pore-level Phenomena of Dilute Surfactant Flooding in Presence and Absence of Connate Water Saturation, Journal of Porous Media, 2010, Volume 13, Issue 8,pp. 671–690. 39\. Tavakkoli M., Kharrat R., Masihi M. and Ghazanfari M. G., Prediction of Asphaltene Precipitation during Pressure Depletion and CO2 Injection for Heavy Crude. Journal of Petroleum Science and Technology, 28: 9, 892 - 902, April 2010. 40\.
The hermaphrodite flowers are sessile, without bracts and bracteoles. The perianth is very small and consists of five basally connate tepals, these are linear-oblong, curved upwards, with a green center and membranous margins. There are one to three stamens and an ovary with short style and two short stigmas. The fruit is slightly shorter than the adpressed persistent perianth, and about 1–4 mm in diameter, it is disciform, depressed and saucer-shaped and opens circumscissile.
Chaenomeles is a genus of three species of deciduous spiny shrubs, usually 1–3 m tall, in the family Rosaceae. They are native to Southeast Asia. These plants are related to the quince (Cydonia oblonga) and the Chinese quince (Pseudocydonia sinensis), differing in the serrated leaves that lack fuzz, and in the flowers, borne in clusters, having deciduous sepals and styles that are connate at the base. The leaves are alternately arranged, simple, and have a serrated margin.
Numerical modeling is also used to design the power delivery system (PDS), the power requirements from the utility and the project capital requirements. Electrical heating increases the temperature of the soil and groundwater by conducting current through the resistive connate water that fills the porosity of the soil. The increase in temperature raises the vapor pressure of volatile and semi-volatile contaminants, increasing their ability to volatilize and be recovered through conventional techniques such as soil vapor extraction.
Other molar characteristics makes it unique among pantodonts. On the molars, the paracone and metacone are separated and not connate as in Bemalamdba and Harpyodus. As in these two genera, there is neither a mesostyle on M1–2 nor a strongly V-shaped centocrista as in eupantodonts (all later pantodonts). It is still unclear which the primitive condition is in pantodont upper dentition, and the position of Alcidedorbignya near the base of the clade remain unresolved.
Connation in plants is the developmental fusion of organs of the same type, for example, petals to one another to form a tubular corolla. This is in contrast to adnation, the fusion of dissimilar organs. Such organs are described as connate or adnate, respectively. When like organs that are usually well separated are placed next to each other, but not actually connected, they are described as connivent (that is the case for anthers in several genera, such as Solanum).
Bracts can be leaflike (Beta macrorhiza) or very small, the upper half of the inflorescence often without bracts. The bisexual flowers consist of (3-) 5 basally connate perianth segments (either greenish, dorsally ridged and with hooded tips, or petaloid and whitish, yellowish, reddish, or greenish), 5 stamens, and a semi-inferior ovary with 2-3 (-5) stigmas. The fruit (utricle) is immersed in the swollen, hardened perianth base. The fruit is indehiscent or dehiscence eventually circumscissile.
They are hermaphroditic, actinomorphic (radially symmetrical, like in Geranium) or slightly zygomorphic (with a bilateral symmetry, like in Pelargonium). The calyx and the corolla are both pentamerous (with five lobes), petals are free while sepals are connate or united at the base. The androecium consists in two whorls of five stamens each, some of which can be unfertile; the pistil consists of five (less commonly three) merged carpels. The linear stigmas are free, and the ovary is superior.
The "connate pneuma" of Aristotle is the warm mobile "air" that in the sperm transmits the capacity for locomotion and certain sensations to the offspring. These movements derive from the soul of the parent and are embodied by the pneuma as a material substance in semen. Pneuma is necessary for life, and as in medical theory is involved with the "vital heat," but the Aristotelian pneuma is less precisely and thoroughly defined than that of the Stoics.
The corolla is basally tubular and twice as long as the calyx, divided into three lobes, striate and valvate. There are six stamens with laterally connate filaments and oblong to ovate anthers, dorsifixed towards the base. The pollen is circular to elliptical and monosulcate; exine reticulate and tectate and irregularly spotted with striate spines; the tiny pistillode is trifid. In female plants the inflorescence usually features one main branch and the branchlets may grow from the main axil, the branch, or both.
The metamorphic mineralogy of ultramafic rocks, particularly komatiites, is only partially controlled by composition. The character of the connate fluids which are present during low temperature metamorphism whether prograde or retrograde control the metamorphic assemblage of a metakomatiite (hereafter the prefix meta- is assumed). The factor controlling the mineral assemblage is the partial pressure of carbon dioxide within the metamorphic fluid, called the XCO2. If XCO2 is above 0.5, the metamorphic reactions favor formation of talc, magnesite (magnesium carbonate), and tremolite amphibole.
They contain (1) 3-5 herbaceous, unkeeled perianth segments, connate only at base or nearly to the middle, sometimes missing; a circle of 1-5 stamens; and an ovary with 2-4 stigmas. In fruit, the perianth becomes either succulent or dry and hard. The pericarp is membranous and usually adhering to the vertically orientated, broadly ovate to orbicular seed. The seed coat is dark brown to black, its surface can be dull, almost smooth, slightly striate, rugulose, or reticulate.
For terms see External morphology of Lepidoptera Antennae 4/5, porrected in repose, often thickened with scales towards base, in male simple, basal joint long, usually with rough scales or projecting tuft. Labial palpi rather long, recurved, second joint more or less roughscaled or tufted towards apex beneath, terminal shorter, acute. Posterior tibiae rough - haired. Forewings with costa often long - haired beneath ; lb furcate, 4 sometimes absent, 5 absent, 6 and 7 connate or stalked, 7 to costa, 8 absent.
Twining herbaceous Lianas with ovate-lanceolate leaves. The solitary flowers, with a violet corolla, are strongly zygomorphic (bilaterally symmetrical) with the very large bottom petal differentiated into a claw and blade and are saccate (pouch like) at the base. On the five stamens, the filaments are weakly connate (fused) with the two lowest anthers weakly calcarate (spurred) and possessing a large dorsal connective appendage that is entire and oblongovate. In the gynoecium, the style is filiform- rostellate (threadlike and beaked).
Lawrence's ideas on heredity were many years ahead of their time, as this extract shows: "The offspring inherit only [their parents'] connate peculiarities and not any of the acquired qualities". This is as clear a rejection of soft inheritance as one can find. However, Lawrence qualified it by including the origin of birth defects owing to influences on the mother (an old folk superstition). So Mayr places Wilhelm His, Sr. in 1874 as the first unqualified rejection of soft inheritance.
The sepals of Pachypodium baronii are no different than most sepals in other flowering plants (angiosperms) in forming an outer floral envelop. In P. baronii's case, the sepals are dark green, connate at the base for about 0.2 mm (.008 (0.098-inch), persistent until maturity of the flower, and ovate or narrowly so. They measure 1.5–2.5 times as long as they are wide at 2.5 mm (inch) to 6 mm (inch) in length by 1.5 mm (0.059-inch) to 2.5 mm (0.098-inch).
Filaments 1.6-2.3 mm long, ⅓-½ connate; > posterior anthers three, 0.5 mm long, anterior anthers seven, 1.0-1.2 mm > long; connectives convex and faceted. Styles 1.7-2.8 mm long, straight or > slightly sinuous, sericeous at base, slightly expanded at apex. Mericarp > 3-lobed, corky, 1.5-2.0 cm wide, the lobes ridged, occasionally bearing > wings 1.0 cm high and 0.3-0.5 cm wide; intermediate winglets absent; ventral > areole 8-10.5 mm high, 5-6 mm wide, ovate. Additional botanical descriptions may be found from Grisebach,Grisebach, A.H.R. 1849.
Leaves 20 – 80 cm long, long-petioled, blades cordate, at base lobate, at tip obtuse or shortly acuminate, 2/3 as broad as long, mostly about 30 cm, but sometimes more than 50 cm long. Pellucid markings in shape of points or short ovals, or absent. Stem erect, 70 - 150 – 190 cm long, winged. Inflorescence paniculate, having usually 12 - 17 whorls. Bracts distinctly longer than the flowers, connate, 1.5 – 2 cm, exceptionally 6 cm long x 0.5 - 0.8 cm wide, having 25 - 30 ribs.
Lianas or reclining shrubs with oblong-lanceolate to ovate leaves. The flowers, which may be unisexual or bisexual, are in axillary racemoids or fascicles, with a white to orange corollas that are strongly zygomorphic (bilaterally symmetrical) with the long bottom petal weakly differentiated with a well exserted (projecting) spur. On the five stamens, the filaments are strongly connate (fused) with the two lowest anthers calcarate (spurred) and possessing a small dorsal connective appendage that is entire and ovate. In the gynoecium, the style is rostellate (beaked).
Very small flowers sit in one- to three- (rarely eight-) flowered glomerules in the axils of short bracts or in the upper half of the inflorescence without bracts. The hermaphrodite flowers are urn-shaped, green or tinged reddish, and consist of five basally connate perianth segments (tepals), 3-5 × 2–3 mm, 5 stamens, and a semi-inferior ovary with 2-3 stigmas. The perianths of neighbouring flowers are often fused. Flowers are wind-pollinated or insect- pollinated, the former method being more important.
The bracts are adnate to the rachis and adjacent bracts forming depressions around the pairs; the bracteoles are inconspicuous. The staminate flowers are long and asymmetrical with three linear, triangular sepals, basally connate and adnate to the receptacle. They have three pointed, obovoid petals, which are elongated, valvate, and longer, wider and thicker than the sepals. The stamens are numerous, from 60 to 100, irregularly inserted, with cylindrical, elongated, flexible filaments which are bent and twisted, occasionally joined, apiculate, and dorsifixed a third of their length.
Scientific drilling into the Earth is a way for scientists to probe the Earth's sediments, crust, and upper mantle. In addition to rock samples, drilling technology can unearth samples of connate fluids and of the subsurface biosphere, mostly microbial life, preserved in drilled samples. Most of the technology used for drilling come from advances in the oil and gas industry. Scientific drilling is carried out on land by the International Continental Scientific Drilling Program (ICDP) and at sea by the Integrated Ocean Drilling Program (IODP).
Their colors and cementation appear to be the result of ground or connate water alteration after their deposition. Finally, the upper member of the Shinumo Quartzite is composed of reddish brown and locally purple sandstone and an overlying well-cemented gray quartzite. The Shinumo Quartzite is characterized as a quartzite, but the gray quartzite within the upper member of the Shinumo Quartzite contains mudstone-rich intervals. In addition, the gray quartzite was subjected to cementation by silica and bleaching that removed its original reddish brown and purple hematite pigments, after its deposition.
Corolla- Petals 5, polypetalous but slightly connate below and jointed with the staminal column,twisted. Androecium- Stamens many,monadelphous, arranged on the staminal column; staminal column is shorter than the petals,divided above into numerous filaments, anthers monothecus, reniform, basifixed, filament short, extrorse. Pollen are spherical with spikes, size is approximately 90 microns. Pollen grains of Sida acuta Gynoecium- Carples 5, syncarpous, ovary superior,penta or multilocular with axile placentation, one ovule in each locule; style 1, passing through the staminal tube; stigma globular,correspond to the number of carples.
Flowers with connate petals or sepals may have various shaped corolla or calyx, including campanulate, funnelform, tubular, urceolate, salverform or rotate. Referring to "fusion," as it is commonly done, appears questionable because at least some of the processes involved may be non-fusion processes. For example, the addition of intercalary growth at or below the base of the primordia of floral appendages such as sepals, petals, stamens and carpels may lead to a common base that is not the result of fusion. Left: A normal zygomorphic Streptocarpus flower.
Buddleja bhutanica is a deciduous shrub 1.5-2 m in height, very similar to B. asiatica but distinguished by its perfoliate leaves. The branchlets are terete and glabrous, bearing opposite leaves, connate-perfoliate and narrowly oblong, 6-16 cm long by 3-8 cm wide, glabrous above and below, the margins serrate or entire. The white, very fragrant inflorescences comprise terminal panicles, 8-17 cm long by 3-8 cm wide, the corollas 4.5-5.5 mm long.Leeuwenberg, A. J. M. (1979) The Loganiaceae of Africa XVIII Buddleja L. II, Revision of the African & Asiatic species.
Bromus species occur in many habitats in temperate regions of the world, including Africa, America, Australia and Eurasia. There are considerable morphological differences between some species, while the morphological differences between others (usually those species that are closely related) are subtle and difficult to distinguish. As such, the taxonomy of the genus is complicated. Bromus is distinguished from other grass genera by a combination of several morphological characteristics, including leaf sheaths that are closed (connate) for most of their length, awns that are usually inserted subapically, and hairy appendages on the ovary.
Lianas or reclining shrubs with lanceolate to ovate leaves. The flowers are in terminal pseudo-racemes or racemoids, with white corollas that are strongly zygomorphic (bilaterally symmetrical) with the very large bottom petal differentiated into a claw and blade and saccate (pouch like) at the base. On the five stamens, the filaments are weakly connate with the two lowest anthers weakly calcarate (spurred) and possessing a large dorsal connective appendage that is entire and oblong-ovate. In the gynoecium, the style is filiform (threadlike) to clavate (club like).
Platananthus synandrus is also distinctive from extant Platanus for the elongation of its connectives, extensions of filament tissue that cover or divide an anther. In Platananthus and in modern Platanus, peltate (shield-like) connectives cover the tops of anthers, but the connectives of Platananthus are 4 to 5 times the length of the modern. Stamens are connate (fused) within each floret, causing them to be shed in clusters of stamen bundles, rather than one at a time as in modern Platanus species. Stamen bundles associated with Macginitiea have been put under the genus Macginistemon.
Most mineral vein systems are a result of repeated natural fracturing during periods of relatively high pore fluid pressure. The impact of high pore fluid pressure on the formation process of mineral vein systems is particularly evident in "crack-seal" veins, where the vein material is part of a series of discrete fracturing events, and extra vein material is deposited on each occasion. One example of long-term repeated natural fracturing is in the effects of seismic activity. Stress levels rise and fall episodically, and earthquakes can cause large volumes of connate water to be expelled from fluid-filled fractures.
Etminan S R, Maini B. B., Kharrat R., The Role of Connate Water Saturation in VAPEX Process, Journal of Canadian Petroleum Technology, Vol. 47, No. 2, pp8–12, 2008. 19\. Fatemi S.M. and Kharrat R., ″Feasibility Study of Top-Down In-Situ Combustion in Fractured Carbonate Systems″, Brazilian Journal of Petroleum and Gas, Vol. 2, Issue 3, pp. 96–105, 2008. 20\. Fatemi S.M. and Kharrat R., ″3D Simulation Study on the Performance of Toe-to-Heel Air Injection (THAI) Process in Fractured Carbonate Systems″, Brazilian Journal of Petroleum and Gas, Vol. 2, Issue 4, pp. 180–190, 2008. 21\.
The leaf blade is thickish oder slightly fleshy, and may be triangular, triangular to narrowly triangular, hastate, rhombic, or lanceolate, with entire to dentate margins. The axillary and terminal inflorescences consist of spicately or sometimes paniculately arranged compact glomerules of flowers, ebracteate or in the axils of leaf-like bracts. Usually there a two types of flowers: The terminal flowers are bisexual, with 3-5 nearly free perianth segments, 1 (-5) stamens and an ovary with 2 (-3) stigmas. The lateral flowers are usually female, with 3 (-4) variously connate perianth segments, missing (-1) stamens and 2 stigmas.
Cybistetes longifolia is a perennial geophyte with large (100–150 mm) bulbs, 9–14 prostrate leaves, a 13–90 flowered inflorescence, flowers funnel-shaped, ivory or pale to dark pink, tepals connate forming a floral tube. It is distinguished from Ammocharis (i.e. other species of Ammocharis) by the presence of zygomorphic flowers, as opposed to actinomorphic, and by its seed dispersal mechanism, with a wind blown indehiscent infructescence (fruiting head) that gave it its name. The fruiting head dries rapidly and is shed as a single unit, which the rolls away (tumbles), born by the wind.
The oppositely arranged leaves are borne on fleshy, knobby petioles, their base decurrent and connate (thus forming the segments), the blades forming small, triangular tips with narrow scarious margin. Sarcocornia pacifica, inflorescences The terminal or lateral inflorescences are spike-like, made up of joint-like segments with tiny paired cymes emerging from the joints. Each cyme consists of three (rarely five) flowers completely embedded between the bract and immersed in the fleshy tissue of the axis. The flowers of a cyme are arranged in a transverse row, the central flower separating the lateral flowers, with tissue of the axis between them.
Submersed leaves (5)-30-50 cm long, blades ribbon-shaped, green or darkly red-brown having undulate margins, (9)-20-30 cm long x 1 - 2 - (3) cm wide, trimmed with distinct pellucid lines. Emersed leaves rare, 20 – 50 cm long, petioles longer than the blades. Blades regularly ovate or oval, on the tip blunt, 7.5 – 13 cm long x 2 - 4.5 cm wide, having distinct pellucid lines. Stem upright or deflexed, (20)-30-(45) cm long, proliferous. Inflorescence racemose, rarely branching in the lower whorl, having (2)-4-(6) whorls containing 6 -12 flowers each. Bracts lanceolate, usually shorter than the pedicels, shallowly connate, 1 - 1.5 cm long.
Kharrat R., Mahvadi R., Bagherpour M.B., Hejri S.: Rock type and permeability prediction of a heterogeneous carbonate reservoir using artificial neural networks based on Flow Zone Index approach, SPE 120166, Presented at the MEOS, Bahrain, March 2009. 18\. Mahdavi, R., Kharrat R.: Integration of 3D seismic attributes and well logs for electrofacies mapping and prediction of reliable petrophysical properties, SPE 121214, presented at the EAGE/SPE 2009, Netherland. 19\. Ardali M., Kharrat R., B. Rostami and M. Derakhshanfar, Partial Movement of Asphaltene in Presence of Connate water in Vapex Process, SPE121988, Presented at the 2009 SPE EUROPES/EAGE Annual Conference and Exhibition held in Amsterdam, June 2009. 20\.
Each flower is flared, usually with a short extended or recurved perianth tube, consisting of six narrow white, pink or red tepals (perianth segments) joined at the base to form the tube. The free parts of the tepals are generally narrowly oblanceolate (wider near tip) and undulate (wavy) with crisped (curly) margins. The six stamens may be declinate (curvy) or erect, are unequal and are inserted into the base of the tepals, and are connate (fused) at their bases, frequently protruding from the flower. The stamen filaments are thin and filiform, but may be appendiculate (bearing appendages) at their base, a feature that is also important in differentiating species.
In any matrix which has some porosity, the pore spaces will be filled with a fluid of oil, gas (either hydrocarbon or otherwise) or formation water (sometimes referred to as connate water). This fluid will saturate the rock and change its electrical properties. A wireline resistivity tool direct injects current (lateralog-type tools for conductive water based muds) or induces (induction-type tools for resistive or oil based muds) an electric current into the surrounding rock and determines the resistivity via Ohm's law. The resistivity of the formation is used primarily to identify pay zones containing highly resistive hydrocarbons as opposed to those containing water, which is generally more conductive.
Birds in the park include the golden eagle, lammergeier, griffon vulture, laggar falcon, peregrine falcon, Eurasian kestrel, Eurasian sparrowhawk, and snowcock. The following species are found in Deosai: Artemisia maritima, Polygonum affine, Thalictrum alpinum, Bromus oxyodon, Saxifraga flagellaris, Androsace mucronifolia, Aster flaccidus, Barbarea vulgaris, Artemisia maritima, Agropyron longearistatum, Nepeta connate, Carex cruenta, Ranaculyus laetus, Arenaria neelgerrensis, Astrogalus leucophylla, Polygonum amplexinade, Echinop nivetus, Seria chrysanthenoides, Artemisia maritima, Dracocephalum nutsus, Anapalas contorta, Chrysopogon echinulatus and Dianthus crinitus. There were also observed some medicinal plants which are locally famous i.e. Thymu linearis (Reetumburuk), Saussures lappa (kuth), Ephedra intimedia (Say), Viola canescens (Skora- mindoq), Dracocephalum muristanicum (Shamdun) and Artemisia maritima (Bursay) etc.
The pollen is usually monosulcate (single groove), but may be inaperturate (lacking aperture: Clintonia, some Tulipa spp.) or operculate (lidded: Fritillaria, some Tulipa spp.), and reticulate (net patterned: Erythronium, Fritillaria, Gagea, Lilium, Tulipa). ; Gynoecium : Superior ovary (hypogynous), syncarpous (with fused carpels), with three connate (fused) carpels and is trilocular (three locules, or chambers) or unilocular (single locule, as in Scoliopus and Medeola). There is a single style and a three lobed stigma or three stigmata more or less elongated along the style. There are numerous anatropous (curved) ovules which display axile placentation (parietal in Scoliopus and Medeola), usually with an integument and thinner megasporangium.
Geologic overpressure in stratigraphic layers is caused by the inability of connate pore fluids to escape as the surrounding mineral matrix compacts under the lithostatic pressure caused by overlying layers. Fluid escape may be impeded by sealing of the compacting rock by surrounding impermeable layers (such as evaporites, chalk and cemented sandstones). Alternatively, the rate of burial of the stratigraphic layer may be so great that the efflux of fluid is not sufficiently rapid to maintain hydrostatic pressure. Common situations where overpressure may occur: in a buried river channel filled with coarse sand that is sealed on all sides by impermeable shales, or when there is an explosion within a confined space.
Leaves with canaliculate petioles, blades lanceolate, narrowly to broadly ovate, sharp on the tip, decumbent or rarely abrupt on the base, 18 – 24 cm long x 2 – 9 cm wide, with terrestrial forms usually only 10 x 2 cm having 5 - 7 veins and distinct pellucid lines. Stem below cylindrical, between whorls triangular in cross-section, often alate, 35 – 120 cm long. Inflorescence racemose or paniculate having 4 - 15 whorls. Bracts on base connate, longer than the pedicels (up to 3.5 cm). Pedicels 0.5 – 2 cm long. Sepals 4 – 6 mm long, petals about twice as long, the diameter of the corolla 1.2 - 1.5 cm. Usually 12 stamens, achenes 2 x 1.5 mm with one, rarely 2 glands separated by a rib. Stylar beak bent back - reaching usually 1/4 of the body.CONABIO. 2009.
Terminal buds conic, 1--2 mm, apex obtuse. Leaves opposite (rarely in whorls of 3), 1--3(--5) mm, connate to 1/2 --7/8 their length; bases thickened, brown, shredding with age, ± persistent; apex obtuse. Pollen cones 2 (rarely 1 or whorled) at node, obovoid, 4--7 mm, sessile or rarely on short peduncles; bracts opposite, 6--10 pairs, yellow to red-brown, obovate, 3--4 × 2--3 mm, membranous; bracteoles slightly exceeding bracts; sporangiophores 4--5 mm, 1/2 exserted, with 4--6 sessile to short- stalked (less than 1 mm) microsporangia. Seed cones usually 2 at node, ovoid, 6--10 mm, sessile or on short, scaly peduncles; bracts opposite, 5--7 pairs, circular, 4--7 × 2--4 mm, membranous, with red-brown thickened center and base, margins entire.
Sadeqi Mogadam M., H. Firoozinia, Kharrat R., M.H. Ghazanfari, Alamatsaz, R., Effect of Pressure and CO2 Composition Changes on Distribution of Asphaltene Molecular Weight in Heavy Crude Oil, paper 2009-037, Canadian International Petroleum Conference (CIPC), Calgary, Alberta, Canada from 16–18 June 2009. 121\. Dehghan A.A., Farzaneh S.A., Kharrat R., M.H. Ghazanfari, The Role of Pore Geometry and Connate Water on Miscible Displacement of Heavy Oil With Hydrocarbon Solvents in Strongly Water-Wet and Oil-Wet Media Using Five-Spot Micromodels, paper 2009-091, Canadian International Petroleum Conference (CIPC), Calgary, Alberta, Canada from 16–18 June 2009. 122\. Tavakkoli M., Kharrat R., M. Massihi and M.H. Ghazanfari, Thermodynamic Modeling of Asphaltene Precipitation for Heavy Crude: A Comparative Study of Thermodynamic Micellization Model and Solid Model, paper 2009-090, Canadian International Petroleum Conference (CIPC) 2009, Calgary, Alberta, Canada, 16–18 June 2009. 123\.

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