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丫头
2018年02月21日
丫头
在我国有一句谚语：“清明前后种瓜点豆”，所以花生什么时候播种也就不难知道了，没错，春季播种，这主要是因为春季气温回升，花生种子发芽容易，而且花生需要较长时间的生长期，所以春季是比较理想的播种季节。 [图片]不过因为我国幅员辽阔，所以南北方是有所差异的，南方可以提早一点播种，北方晚一点播种，比如东北地区一般是4月下旬到5月上旬来进行播种，江淮地区则就如同谚语说的一样，3月份左右可以开始播种，8-9月份收获，而广东、福建等一些地区因为冬季温度高，所以秋季也可以进行花生的种植。 [图片]当然，如果是花友想盆栽种花生，因为阳台温度一般比室外温度高，所以花生的播种时间可以适当自由一点，只要保证发芽温度能达到13℃以上就可以了。 而有些地栽的花生，如果追求提早收获，也可以采用覆地膜的方式提早一点种植，但是不能够太早，因为我们还是要保证花生发芽的温度。 对于花生什么时候种，还有最后一句嘱咐，我们在播种花生的时候要注意最近的天气变化，比如有的年份会有倒春寒等，大家在播种时一定要根据气候酌情处理。 花生播种前的处理，播种前2-3天要对留种的带壳花生进行晾晒，晾晒后剥壳，晾干后播种。每穴播种2-3粒，播种深度以1.5寸为宜，土质粘、土情好的土壤，可适当浅些，砂质土、土情差的土壤，可适当深些。
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权问薇
2018年02月20日
权问薇
[图片]一、为什么要松土 1.增加盆土的透气性 众所周知，它埋在土中的根系也需要呼吸，这也需要空气。长时间没有松土的基质会非常的紧实，导致空气难以进入，植株没有办法呼吸，也就没有办法很好的生长。 2.增加盆土的养分供应能力 说到这一条，可能有很多朋友不是很理解，松土又没有额外添加新的养分，为什么能增加花土供给养分的能力呢？其实很简单，因为在土中有很多微生物在活动，它们会分解土中的物质，产出能量物质供给平安树，让它可以更加健康的生长。松土可以增加它们的活性，为我们的平安树提供更多的养分。 [图片]二、怎么进行松土 1.准备一把小铲子，不需要太大，先后用消毒液擦拭消毒并用水洗净，放到太阳下晒干。 2.在树干旁边选一个位置，不能太靠近树干，具体距离需要根据自己所养的树决定。 3.用铲子轻轻的沿所选位置铲下，若是感觉碰到根部了，就停止继续铲。这一步要特别注意一定不能铲坏了它的根系，否则会严重影响它的正常生长。 4.铲完一个位置后以树干为中心，用刚才的方法将树周围的土表依次铲一遍。 [图片]三、注意事项 1.不能损伤树的根系。 2.刚松完土后可以适当减少浇水的量，等几天会恢复正常。 3.松土的时候可以添加少量的花肥，给树更多的营养。 4.刚刚松完土后需要多加养护，帮助它适应。 [图片]
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Miss Chen
2018年02月20日
Miss Chen
Description: This perennial plant is about 1½–3' tall and unbranched, except for the flowering stalks near the apex. Missouri Goldenrod produces both fertile (flowering) and sterile (non-flowering) shoots. The central stem is light green to dark red, terete (round in circumference), and glabrous; the lower portion of this stem may become slightly woody with age. Along the entire length of this stem, there are alternate leaves that become smaller as they ascend. These leaves are up to 5" long and ¾" across; they are more or less elliptic in shape and serrated along their middle to outer margins. Each leaf usually has 3 prominent veins (a central vein & 2 lateral veins); the lateral veins are parallel with the central vein along much of its length. However, on many upper leaves only the central vein is prominent. The tips of the leaves are acute, while their bases taper gradually into petioles. Most of these petioles are 3 mm. or less in length, although the lowest leaves have longer petioles that are partially winged. From the axils of the middle to upper leaves, short tufts of small secondary leaves may develop. The upper leaf surface is medium green and glabrous, while the lower leaf surface is light green and glabrous. Panicle of Flowerheads A panicle of flowerheads up to 6" long and 4" across terminates the central stem of each fertile shoot. This panicle is pyramidal, obpyramidal, or rhomboid in outline; its branches are widely spreading to ascending and straight to somewhat recurved. These branches divide into short secondary branches and peduncles; the latter terminate in small flowerheads. The branches and peduncles are light green to nearly white and either glabrous or pubescent. Intermingled among these branches, there are small leafy bracts up to 1½" long and ¼" (6 mm.) across. Each flowerhead is about 3 mm. across and 5 mm. long; it consists of several disk florets that are surrounded by 6-12 ray florets. The tiny corollas of these florets are yellow to golden yellow; they are tubular in shape with 5 spreading to ascending lobes along their upper rims. The petaloid rays of the flowerheads are bright yellow, oblong in shape, and widely spreading. Surrounding the base of each flowerhead, there are phyllaries (floral bracts) in several overlapping series; they are about 2 mm. long, light green to light yellow, oblong in shape, glabrous, and appressed together. The blooming period usually occurs from mid-summer to late summer, lasting about 3 weeks for a colony of plants. Afterwards, the florets are replaced by achenes with small tufts of white hair at their apices. These achenes are about 2 mm. long and bullet-shaped; they are distributed by the wind. [图片]The root system is mostly fibrous and rhizomatous; an older plant may produce a small caudex. Missouri Goldenrod reproduces by clonal offsets from the rhizomes and by reseeding itself. It often forms colonies that contain both fertile and infertile shoots. Cultivation: The preference is full sun to partial sun, mesic to dry conditions, and soil that contains loam, clay-loam, or rocky material. Like many goldenrod species, Missouri Goldenrod is easy to grow. While this goldenrod will spread in cultivation from its rhizomes, it is shorter and less aggressive than the common Canada Goldenrod (Solidago canadensis). Range & Habitat: Missouri Goldenrod occurs occasionally in most areas of Illinois (see Distribution Map), where it is native. Habitats include black soil prairies, clay prairies, dolomite prairies, hill prairies, limestone glades, prairie remnants along railroads, and thickets in upland areas. In Illinois, this goldenrod has high fidelity to prairies that can vary in their quality. Because of the destruction of prairie habitat, it is less common within the state than in the past. [图片]Faunal Associations: Small bees, wasps, flies, and beetles visit the flowers for nectar and/or pollen, including Chauliognathus pennsylvanica (Goldenrod Soldier Beetle) and Epicauta pensylvanica (Black Blister Beetle). Many grasshopper species feed on the foliage of Missouri Goldenrod (see Grasshopper Table), as do the leaf beetles Microrhopala vittata, Trirhabda borealis, Trirhabda canadensis, Trirhabda convergens, and Trirhabda virgata. The caterpillars of many moth species feed on this and other goldenrods (see Moth Table). Other insect feeders include stink bugs, plant bugs, the larvae of small flies (Tephritidae), and thrips. The Greater Prairie Chicken eats the foliage, while the Eastern Goldfinch and various sparrows eat the seeds to a minor extent. Although goldenrods are not preferred as a food source, the White-Tailed Deer, Cottontail Rabbit, and livestock eat the foliage occasionally. Prairie Voles and Meadow Voles eat both the seeds and foliage. Photographic Location: The Buffalo Trace Prairie at Lake-of-the-Woods, Champaign County, Illinois, and a wildflower garden of the webmaster in Urbana, Illinois. [图片]Comments: Missouri Goldenrod (Solidago missouriensis) is rather variable across its range, making it difficult to distinguish from other goldenrods (Solidago spp.). More specifically, the shape of the inflorescence of this goldenrod is rather variable, the leaves vary in regards to how much smaller they become as they ascend the stems, and the flowering branches can be glabrous or pubescent. In particular, Missouri Goldenrod can be difficult to distinguish from Early Goldenrod (Solidago juncea). Both of these goldenrods bloom earlier than most goldenrods and they are found in similar habitats. While Early Goldenrod begins to bloom about 2 weeks earlier than Missouri Goldenrod, there blooming periods overlap to some extent. Usually the inflorescence of Early Goldenrod has flowering branches that are more recurved and widely spreading than those of Missouri Goldenrod, and it lacks 3-veined leaves. Another goldenrod that Missouri Goldenrod has some resemblance to, Giant Goldenrod (Solidago gigantea), differs by its greater height, later blooming period, and preference for damp habitats. The leaves of Giant Goldenrod vary little in size as they ascend the stems, while the leaves of Missouri Goldenrod are more likely to become smaller. Another rather variable species, Showy Goldenrod (Solidago speciosa), also differs by its greater height and later blooming period. In addition, it lacks the 3-veined leaves of Missouri Goldenrod, and the flowering branches of its panicles curve inward, rather than outward.
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Miss Chen
2018年02月20日
Miss Chen
Description: This herbaceous perennial plant is unbranched and up to 3' tall. The central stem is slightly ridged, hairless, and green or reddish. The alternate leaves are up to 8" long and 1½" across, becoming much smaller as they ascend up the stem. They are lanceolate, oblanceolate, or narrowly ovate, while their margins are smooth or slightly serrated. Sometimes there are tiny hairs along the margins, otherwise the leaves are hairless. The leaves are sessile or taper gradually to a petiole-like base. Above their axils along the central stem are small wing-like leaflets. The inflorescence occurs at the apex of the plant, and consists of a panicle of flowering stems that often arch upward and outward like a fireworks display. There are numerous yellow composite flowers, each about ¼" across. From 4 to 12 ray florets can be observed around the disk florets, often unevenly spaced and not open at the same time. The flowers may have a mild fragrance. The blooming period occurs during mid- to late summer, and lasts about 1 to 1½ months. Later, the achenes develop with small tufts of hair, which are dispersed by wind. The root system consists of a short caudex (on old plants), which may produce rhizomes and vegetative offshoots. Cultivation: The preference is full to partial sun, and mesic to slightly dry conditions. Moist conditions are tolerated, if the soil is reasonably well-drained. This plant is not fussy about soil texture, which can contain loam, clay, sand, or gravel. Foliar disease is not normally a problem until after the blooming period, when mildew and other diseases may appear. Range & Habitat: The native Early Goldenrod is widely distributed throughout Illinois, occurring in most counties (see Distribution Map). It is occasional to locally common. Early Goldenrod occurs in mesic to slightly dry black soil prairies, sand prairies, gravel prairies, oak savannas, thickets, open areas of rocky upland woods, sunny waste areas, and abandoned fields. It is the earliest goldenrod to bloom in these habitats in Illinois. [图片]Faunal Associations: Like other goldenrods, this plant attracts many kinds of insects to the flowers, including long-tongued and short-tongued bees, wasps, flies, butterflies, moths, and beetles, including Chauliognathus pennsylvanicus (Goldenrod Soldier Beetle). The caterpillars of many moths feed on the foliage and other parts of this goldenrod (see Moth Table), while the adults of Cirrhophanus triangulifer (Goldenrod Stowaway Moth) like to hide in the flowers. Other insects feed on this and other goldenrods, including various lace bugs, leafhoppers, seed beetles, leaf beetles, and Lygus lineolaris (Tarnished Plant Bug). The Greater Prairie Chicken may feed on the foliage, while the Eastern Goldfinch, Tree Sparrow, and Swamp Sparrow eat the seeds to a limited extent. Mammalian herbivores may feed on the foliage if little else is available, including the White-Tailed Deer, Groundhog, Cottontail Rabbit, and livestock. [图片]Photographic Location: The photographs were taken at Loda Cemetery Prairie in Iroquois County, Illinois. Comments: This is the earliest blooming goldenrod. It is an attractive, slender plant with a delicate appearance. Aside from its early bloom, Early Goldenrod can be distinguished from other goldenrods by the near or complete absence of hair on the stems and leaves (unlike Solidago nemoralis), the presence of winged leaflets above the leaf axils on the central stem (unlike Solidago canadensis), and an inflorescence that flares outward (rather than upward, like Solidago speciosa). No other goldenrod that occurs on prairies in Illinois has this combination of features.
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Miss Chen
2018年02月20日
Miss Chen
Description: This is a herbaceous perennial plant with a central stem that is 2-6' tall. Because of the wide distribution and the existence of several varieties, there is significant variability in the characteristics of local ecotypes. The alternate leaves are about 4-6" long and 1" wide, becoming slightly smaller towards the apex of the plant. They are lanceolate to broadly linear in shape, and usually have small teeth along the margins, otherwise the margins are smooth. The stems have lines of white hairs, while the undersides of the leaves are pubescent. Flowering Plant Several flowering stems emerge from the top of the plant in the form of a panicle bearing masses of tiny yellow flowers in compact heads. Each flowerhead is less than ¼" across. The flowerhead occur along the upper part of each flowering stem, and sometimes have a slight fragrance. The blooming period is from late summer to fall; individual plants typically remain in bloom about 3 weeks. The achenes are longitudinally ribbed, slightly hairy, and have small tufts of hair, which help to provide dispersion by wind. The root system is fibrous, producing creeping rhizomes that cause the plants to cluster, sometimes forming dense colonies. [图片]Cultivation: The preference is full to partial sun, and average moisture levels. This plant will tolerate some drought, in which case it will probably drop some of its lower leaves. This plant tolerates a variety of soils, perhaps even preferring a heavier soil with some clay content. During the fall, powdery mildew occasionally attacks the leaves. Range & Habitat: The native Canada Goldenrod occurs in almost all of the counties in Illinois and it is very common (see Distribution Map). Natural habitats include disturbed areas of moist to dry prairies, openings in both floodplain and upland forests, thickets, savannas, limestone glades, and gravel seeps. In more developed areas, it occurs in both cultivated and abandoned fields, vacant lots, power-line clearance areas, and along fences, roadsides, and railroads. [图片]Faunal Associations: A wide variety of insects visit the flowers for pollen or nectar, including long-tongued bees, short-tongued bees, wasps, flies, beetles, and a few butterflies and moths. Cross-pollination by these insects is required in order to set fertile seeds. The caterpillars of many moths feed on the foliage and other parts of this goldenrod and others (see Moth Table). A common insect that forms spherical galls on the stems is Eurosta solidaginis (Goldenrod Gall Fly). Other insects that feed on this goldenrod include Epicauta pensylvanica (Black Blister Beetle), Lopidea media (Goldenrod Scarlet Plant Bug), Lygus lineolaris (Tarnished Plant Bug), and various leaf beetles and leafhoppers. Among mammals and birds, the Prairie Chicken, Eastern Goldfinch, and Swamp Sparrow eat the seeds, while the White-Tailed Deer and Eastern Cottontail Rabbit occasionally eat the foliage (although it is not a preferred food source). In overgrazed pastures, there have been reports of a rust fungus on the leaves of goldenrod poisoning livestock during the fall. Sometimes beavers and muskrats use the stems in their dams or dens. [图片]Photographic Location: The photographs were taken in a vacant lot along a railroad in Urbana, Illinois. Comments: This is the most common and weedy goldenrod in Illinois. The flowers are especially attractive to many species of wasps and flies, which play an important role in controlling insect pests, or breaking down organic matter in the detritus cycle. The species Solidago altissima (Tall Goldenrod) is considered a variety of Canada Goldenrod by some authorities, while others (e.g., Mohlenbrock, 2002) treat it as a separate species. According to the latter authority, Tall Goldenrod has longer phyllaries (floral bracts) at the base of its flowerheads (exceeding 3 mm. in length), while Canada Goldenrod has shorter phyllaries (3 mm. or less). It has been reported that the foliage of Canada Goldenrod contains a volatile oil that chemically resembles the oil from pine needles. There is also some experimental evidence that this species inhibits the growth of maple seedlings, and probably other plants as well, by exuding phytotoxic chemicals through its roots.
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Miss Chen
2018年02月20日
Miss Chen
Description: This herbaceous perennial plant is up to 3' tall, branching occasionally. The stems have scattered white or yellow spines. The alternate leaves are up to 6" long and 3" across, and have short petioles. They are broadly lanceolate or ovate, but rather angular along the margins, which are slightly ciliate. There are white hairs and scattered spines along the central vein on the underside of each leaf. The upper stems terminate in small clusters of star-shaped flowers with hairy pedicels. These flowers are white or light violet, about ¾" across, and have 5 petals that are united at the base. Near the center, there are 5 elongated yellow anthers that are very prominent. There is no noticeable floral scent. The blooming period can occur from early summer to early fall, and typically lasts about 1½ months. Afterwards, round fruits develop that are a little more than ½" across and half-enclosed by a papery calyx. They become yellow when mature, but are not edible to humans. Each fruit contains numerous seeds that are glossy yellow and flattened. The root system has creeping underground rhizomes, which are responsible for the vegetative spread of this plant. [图片]Cultivation: The preference is full sun and moist to dry conditions. Horse Nettle grows readily in loamy or sandy soil, and probably other soil types as well. It is a rather weedy plant that can become aggressive at disturbed sites. Range & Habitat: The native Horse Nettle occurs in every county of Illinois and it is very common (see Distribution Map). Habitats include mesic to dry black soil prairies, clay prairies, sand prairies, openings and edges of woodlands, abandoned fields, areas along roadsides and railroads, yards and gardens, vacant lots, and other waste areas. This plant is most typically observed in disturbed areas, but it can be found occasionally even in high quality habitats. [图片]Faunal Associations: Bumblebees visit the flowers to collect pollen, using 'buzz pollination,' which involves the rapid vibration of thoracic muscles. The caterpillars of the day-flying moth Synanthedon rileyana (Riley's Clearwing) feed on Horse Nettle. This moth is a wasp mimic. The mature yellow fruits are eaten, to a limited extent, by the Ring-Necked Pheasant, Bobwhite, Wild Turkey, Eastern Striped Skunk, and possibly small rodents, thereby promoting the distribution of the seeds and spread of this plant. They are apparently more immune to the reduced toxicity of the mature fruit than humans. Experimental studies have shown that the seeds can pass unharmed through the digestive tracts of livestock. Mammalian herbivores avoid eating the stems and foliage of this plant because of their scattered spines and toxicity; the latter is the result of solanum, an alkaloid compound that also occurs in other members of the Nightshade family. [图片]Photographic Location: The photographs were taken at the webmaster's apartment complex in Urbana, Illinois, and a gravelly area along a railroad in Champaign, Illinois. Comments: Horse Nettle is widely regarded as a weed with some justication, but it is also one of the native wildflowers of the prairie. The fruits are benefical to wildlife. Because of the intense competition among plants and their root systems, this plant is less aggressive in prairie habitats than in disturbed sites around developed areas.
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Miss Chen
2018年02月20日
Miss Chen
Description: This perennial plant is ½–1' tall, forming a a tuft of linear basal leaves with smooth margins. The basal leaves are 2-3 mm. across, flattened, pale green, and glabrous. One or more flowering stalks develop from among the basal leaves; these stalks are about the same length or somewhat taller than the leaves. The linear stalks are 1-2 mm. across, pale green, and glabrous; each stalk has a stiff raised ridge that runs along the flattened sides of its length. Each stalk produces a pair of sessile claw-like bracts (or spathe) near its apex, between which a single umbel of flowers occurs. The outer bract is ¾-1" long, while the inner bract is ½-¾" in length (sometimes the inner bract isn't distinct from the flowering stalk during the early stage of its development). Both bracts are some shade of pale green, pinkish purple, or brownish purple; they are linear-lanceolate in shape, slightly curved, and usually glabrous. The outer bract is somewhat swollen at its base. Each umbel has 3-6 flowers on slender pedicels that are about the same length as the bracts. The flower buds are hairy and nodding, while flowers in bloom are held more erect. Each flowers is up to ½" across, consisting of 6 tepals that are blue-violet, light blue, or white, and a yellow spike-like structure in its center that contains the reproductive organs. Near the center of the flower, the tepals are yellow. The tepals are oblong-elliptic in shape and they taper abruptly into short narrow tips. The blooming period occurs from late spring to early summer, lasting about 3 weeks. There is no noticeable floral scent. The flowers are replaced by 3-celled seed capsules. At maturity, these capsules are about 3 mm. long, ovoid-globoid in shape, and glabrous. Eventually, each capsule splits open into 3 sections to release the small dark seeds. The seeds are small enough to be dispersed a limited distance by gusts of wind. The root system is coarsely fibrous, and new plants can develop vegetatively from adjacent offsets. Cultivation: The preference is full sun and mesic to dry conditions. The soil can contain significant amounts of loam, rocky material, or sand. This species of Blue-Eyed Grass is more drought-resistant than most of the others. Foliar disease is rarely a problem. While this plant can slowly spread by forming larger clumps, it is not aggressive. Range & Habitat: Prairie Blue-Eyed Grass occurs primarily in western and northern Illinois, where it is fairly uncommon; in other parts of the state, this plant is rare or absent (see Distribution Map). Habitats include mesic to dry black soil prairies, sand prairies, hill prairies, savannas, limestone glades, sandy meadows in wooded areas, abandoned fields, and areas along railroads. This plant is usually found in high quality habitats. Faunal Associations: The flowers are visited primarily by short-tongued bees, including Halictid bees and masked bees (Hylaeus spp.), where they seek nectar and pollen. Syrphid flies also visit the flowers, where they feed primarily on stray pollen. The Wild Turkey and Greater Prairie Chicken eat the seed capsules and/or foliage to a limited extent. [图片]Photographic Location: The photographs were taken at Prospect Cemetery Prairie in Ford County, Illinois. Comments: It can be difficult to distinguish the different species of Blue-Eyed Grass. The white form of Prairie Blue-Eyed Grass (as illustrated in the photographs) is quite similar in appearance to Sisyrinchium albidum (White Blue-Eyed Grass). Like most Sisyrinchium spp., Prairie Blue-Eyed Grass produces a single umbel of flowers between a pair of bracts on each flowering stalk, while White Blue-Eyed Grass produces 2 pairs of bracts with 2 umbels of flowers on each flowering stalk. White Blue-Eyed Grass also has slightly larger seed capsules and slightly wider leaves and flowering stalks. When Prairie Blue-Eyed Grass has blue-violet flowers, it can be confused with other Sisyrinchium spp. Generally, Prairie Blue-Eyed Grass has leaves and flowering stalks that are no wider than those of other species, and it never produces secondary flowering stalks from the primary flowering stalks that originate from among the basal leaves. The common name for this genus, Blue-Eyed Grass, is something of a misnomer because the flowers, whether white or blue-violet, have yellow centers.
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Dunia Carrillo
2018年02月19日
Dunia Carrillo
Finally got a new phone and I can't wait to go outside tomorrow morning and take a few selfies of my babies 🌵🌹🌞
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Cole Csolak
2018年02月19日
Cole Csolak
What you need : eight to twelve in. pot, miracle grow soil, and marigold seeds. Step one : fill pot With the soil Step two : poke half inch holes in the soil Step three : put three mariglod seeds in each hole Step four : cover the holes and saterate the soil so germination is possible When seeds sprout, always keep the water moist. Tips : best time to plant is in early may Seeds will reproduce as soon as the flower buds bloom Marigolds always need to be watered so count three in you head while you water them You can grow marigolds in your house in the whole winter to keep them alive for the comming spring Well have a fun time planting marigolds
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SamGingee
2018年02月14日
SamGingee
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Lucky Coyote
2018年05月12日
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it looks like Iris leaves
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