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    Showing posts with label Seeds. Show all posts
    Showing posts with label Seeds. Show all posts

    Seed sales now enhanced with iPads

    Justin Davey
    The technology behind seed sales has evolved, with some sales reps now equipped with top-of-the-line gadgets and software. Sage North America announced that AgReliant Genetics, LLC, a Midwestern field seed company, has used a customized version of Sage SalesLogix on iPad tablets. The program has seen 95% adoption among its 300 sales employees, a trend that you could continue to see as you meet with farm business associates.
    “Sage SalesLogix helps our reps reduce ‘windshield’ time and prioritize visits with customers most likely to buy,” said Steve Thompson, AgReliant Genetics director of IT. “We needed a way for reps to work more comfortably out in the field and still access CRM data. With Sage SalesLogix running on iPad tablets, they have everything needed from territory maps that drill into account details to speech-to-text notes that go right into the CRM database. Our sales and customer satisfaction have improved because reps can now manage most opportunities or issues right on location.”
    In the field
    Seed sales now enhanced with iPadsThe company provides iPad tablets to each sales rep and has made most program capabilities mobile, visual, voice-activated, and keyboardless. Security provisions include the ability to remotely wipe any tablet that is lost or stolen.
    AgReliant Genetics reps use Google Maps on their iPads with color-coded pins visualizing Sage SalesLogix data to indicate each farming account’s current acreage, how recently seed was purchased, and each farmer’s unique agronomic specifications, including soil type and equipment preferences. Other tablet status views indicate order statuses, customer prospects, and more.
    The most popular feature is a speech-to-text call note capability. They can simply speak into their tablets after sales visits, and notes are automatically transcribed into the appropriate Sage SalesLogix contact, account, opportunity, and to-do fields.
    AgReliant Genetics markets five seed brands in Midwestern corn and soybean states. Each representative works with a customer base of farmers, dealers and retail operations, traveling approximately 50,000 miles a year while working out of their trucks to service territories. Prior to implementing Sage SalesLogix, sales representatives across all five brands used individual selling processes.
    Source: http://www.agriculture.com

    Sun-flower, corn and soyabean modern varieties for Farmer

    July 03, 2013
    Federal Minister for Food Security and Research Alhaj Sikandar Hayat Bosan has said that Pakistan is self-sufficient in food, cotton, sugar, however we have to spend precious foreign exchange of billions of rupees on the import of edible oil. We should evolve modern varieties of edible seeds of sun-flower, corn, soyabean, Jojoba, rapeseed, Cassamba etc to save Rs 200 billion.
    Bosan said that research-based technical knowledge related to agriculture and agricultural technologies must reach to the farmers at their doorstep and it should not be kept in shelves to meet the challenges of food autarky. Talking to newsmen here on Tuesday he said that mostly technical and scientific knowledge remained in shelves that should be reached at farmers doors step to help increase their crop production and thus improve their livelihoods. Bosan said that researchers/scientists should identify sustainable agricultural technologies and effectively translating for transfer to end-users. He stressed the need for developing a mechanism for accessible information for extension workers and farmers. Collective efforts and wisdom needed to achieve self-sufficiency in agriculture sector and to ensure food security in the country.
    Federal Minister appreciated the role of international agencies, especially FAO, USDA, CIMMYT, ICARDA, ICIMOD and other donors for holding such events in Pakistan to share technical and scientific knowledge and experience by experts and financial support for development of agriculture sector in the country. He urged upon the progressive farmers, researchers and agricultural scientists to reduce the knowledge gap between researchers and enhancing the capacity of the extension workers; during the process, it will identify the most compelling findings from researchers' work, prepare a package, and then present and disseminate these findings in the form that would be accessible and understandable to farmers.

    HYDROPONIC SEEDS Getting Your Garden Growing

    STARTING SEEDS & PLANTS

    Okay, you bought all the stuff. You sawed and glued and drilled and cussed. Three trips to Home Depot. But you did it! Your beautiful shiny new hydroponics unit is ready to start growing!


                         hydroponic combination setup


    Now what?
    How do you get some good healthy plants for your setup? First, we'll tell you the cheapest and best way to start plants for your new garden (hydroponic seeds). Then, at the bottom of the page, we give you a short-cut, an easy way to start quickly (nursery plants). [But there are drawbacks to doing this, as you will see].

    We advocate starting from seed. Why? Much more variety, NO bugs or viruses brought in with the plants, and the pride factor and skills learned by starting from scratch. We recommend that you at least try the seed route first. Don't just skip this part. If you try it and find it is too much work, then at least you tried... and learned.
     


    Hydroponic seeds

                      hydroponic seedlings


    Hydroponic seeds
    Most vegetables do best sprouted in tiny starter pots or flats prior to transplanting to the planting bed. This is especially true for hydroponics, because you cannot plant little bitty seeds directly in place into the coarse hydro planting media. Hydroponic seeds get lost, wash away with the nutrient solution, or they fail to get enough moisture to sprout.

    WHICH SEEDLING POTS?
    Hydroponic seeds
    With hydroponics, it is best to start your seeds in cubes of inorganic material, not soil. When they are ready, you just place the entire plug into the hydroponic media bed. The roots grow right on through.
     
           healthy hydroponic seedling ready for transplanting  rapid rooter hydroponic mat

    We recommend that you choose one of these three starter plugs, which can be ordered from any hydroponics supplier or use our links:
    • Rapid Rooter Starter Plugs (see above)
    • "Perfect Starts" 36-pack for larger seedlings, or 100-pack for herbs & lettuces
    • Grodan Rockwool starter cubes  (below)
       
          hydroponic rockwool cubes        
    Other plugs you could use:
    "Oasis Horticubes" are small 1" x 1" cubes for starting lettuce or herbs.


    *Don't use peat pellets, jiffy pots or potting soil in a hydroponic system, as they break down and clog the pump.
     

    HOW TO START SEEDLINGS

    Hydroponic seeds
    You will want to create a little "seed nursery" in a warm, brightly lit spot. A bright kitchen window or warm space under an inexpensive fluorescent gro-light would be good. But you don't want to bake them in direct sunlight or hot lamps. Seeds will not sprout unless it's at least 65 degrees (70-80 is ideal).
    ***You MUST provide bright light close to the flat, or the babies will grow long and spindly and flop over. Don't skip past this bit of advice! Bright light creates thick, short, stocky, healthy seedlings.



          


    If you want to get fancy and indulge your new hydro habit, they sell little domed starter systems and warming "seed mats". Convenient and fun, but not absolutely necessary; a tupperware tray would suffice. They are not very expensive, here they are if you want to investigate:Domed propagation trays & warming seedling mats.

    START THOSE SEEDS:
    Hydroponic seeds
    1. Moisten the starter cubes with water.
       
    2. Insert seeds into the cube holes. For tomato, peppers, cukes, eggplants, basil, broccoli and cabbage, use 2 seeds per cube; for herbs, 6-8 seeds per cube. Start a couple more cubes of each type of crop than you intend to keep, so you can select the best.
       
    3. Place in the nursery tray and keep warm (70-80 degrees). Water every day or two by adding "seedling solution" to the pan, not the cubes. [Use 1/2 strength nutrient solution mix. If you use GH Flora Nutrients, mix up a batch of "seedling solution" in a one-gallon milk jug; using 1/4 tsp. of each of the three solution mixes (micro, gro and bloom) to one gallon of water.]
       
    4. Voila! They will start sprouting in a couple days. Once up and running, cut off the extras and leave only the best seedling in each cube. (Thin out the weaker/spindly/slow-growers).
       
    5. When to transplant? When the plant is a 2-3 inches tall, with 4 leaves, and roots start to show thru the sides of the cubes. This usually takes 1-3 weeks. Peppers and tomatoes can take up to 4 weeks.

    TRANSPLANT INTO THE HYDRO UNIT:
    Hydroponic seeds
    Once your babies are ready to graduate to the big hydroponic unit, it helps to gradually get them used to the new climate. "Harden them off" if they are going outside or to a greenhouse, to stronger light and cooler temps. If you want to "keep it simple", just skip this step, your plants should still survive.

    But if you are transplanting to an indoor hydro setup, you must break them in to the warmer temp and new intense light system or you will burn them up. Start by keeping the lamps way up high at first, then every few days you can lower it 'til you are about 18-24" above the crops. If you start the tender babies directly under the hot lights, they will shrivel up and die. I know cause I've done it.
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    Transplant the cubes directly into the ponics unit. You do not remove from the starter plugs. Just dig a little hole in the hydro medium and plug in the cube. It's great, you don't disturb the roots, they grow right on through. When you first transplant to the hydro unit, top water them daily the first week with nutrient solution. This guarantees they won't dry out before the roots get a chance to reach down toward the juice. A turkey baster works great for this.
     
                             


     
    A SHORT CUT
    Hydroponic seeds
    Now, for the really easy, keep-it-simple, jump-start method for planting your hydro garden!
    It's happened to me... there you are, walking through the garden section of Home Depot. Lookin' for seed packets... what a variety... Then it happens... you glance over at the vegetable seedlings. Nice fat, juicy plump seedlings...
    www.agrinfobank.com                       
    Hard to pass by, right? You can actually start your hydroponics garden from store-bought seedlings, however, there are the disadvantages to going this route:
    • Much more expensive. If you are looking to make your hydro garden cost-effective, this is not the way to go.
       
    • All the textbooks tell you to never use store-bought seedlings with hydroponics. Must be a reason.
       
    • Limited varieties. Hydroponic seeds open up a vast world of interesting and tasty cultivars. Seedlings, you are limited to what they got on the shelf that day.
       
    • Danger of diseases or pest infestation. Aphids run rampant in plant nurseries, and they are really hard to see, so you bring them home without even knowing it. There are also viruses and soil-borne diseases which you could infect your entire garden with. Some which may be difficult to eradicate.
       
    • Some plants do not "rough transplant" well. They don't survive the root rinsing necessary for this method. Plants which do well for this: Tomatoes, peppers, eggplants, cabbage, broccoli, cauliflower.
       
    • Plants which do not take kindly to their roots being rinsed off: Beans, peas, lettuce, herbs, squash, melons. These should be started from hydroponic seeds.
    Still determined to buy store-bought seedlings? Then take these precautions:
  • Buy a spray bottle each of: Safer Insecticidal Soap and Houseplant and Garden Spray (or any brand of Pyrethrin or Rotenone). These are the safest of insecticides.     
  • safer insecticide sprays

  • Before you ever even take them into the grow room, put the seedlings in the kitchen sink and literally saturate the plants in each spray, letting them dry between the sprays. Make sure to reach the upper and lower sides of all the leaves, stems, everything. Hopefully by now you have de-loused them!

  • Ready to transplant? Break off the peat pots or carefully pull the seedlings from the plastic beds. Do this one at a time so the roots don't dry out.

  • Carefully remove most of the soil from the root ball, trying to keep as much root intact as possible.

  • Hold roots under warm running water and rinse away almost ALL of the soil. You can leave a little blob of it, but not much, or it will drain into your vat of nutrients. You don't want mud in there.

  • Dig a little hole in the hydro pot medium, insert the root ball and shore up the plant with medium. Might take a little propping til they "take root". 
  • Source of Article: http://www.hydroponics-simplified.com
  • A Beginner's Guide to Organic Gardening

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    Gardening is not too complex. Almost all of us—probably in grade school—planted a seed in a cup of dirt, watered it, and watched it grow. But creating a garden that produces fresh food and flowers all season is not so elementary, especially to those who did not grow up gardening. 
    So we've compiled this guide to the basics of organic gardening and the keys to success we've learned over the years. When you're done reading, look at your thumb—you may see a tint of green that wasn't there before.
    Planting Seeds
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    1. Make your bed. About three weeks before you are ready to plant, after the soil has dried so that it doesn't clump when you pick up a fistful, sink a fork into the earth. Loosen it down to about 12 inches, add a half-inch layer of compost, and rake the surface of your garden until it has no weeds, dirt clumps, or big stones. Over the next three weeks, pull any weeds that come up. Raking and then letting the soil sit for a few weeks brings out weed seeds that were lurking in the soil.
    2. Dig a furrow—or not. If you like symmetry and order, carve out a shallow trench with a hoe or hand trowel. But you don't have to plant in rows. You can organize your garden as a grid, with plants at the four corners of each square, or you can choose not to organize it at all. Whichever style you go with, dig shallow furrows or holes for the seeds.
    3. Water lightly. Moisten but don't soak the soil. Watering before rather than after planting the seeds protects them from being swamped, or washed up and out of the soil.
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    4. Sow the seeds. Spread the seeds through the trench or place two or three in each planting hole. The seed packet tells you how far apart to plant them. If you plant too closely, you can thin them after they come up and, in many cases, eat the thinnings.
    5. Cover with soil. As a rule of thumb, bury seeds only about as deep as their diameter. Sprinkle soil on top of the seeds, pressing gently to ensure they have contact with the soil. A few seeds, such as lettuce and dill, need light to sprout, so cover them sparingly. (Seed packets tell you if they need light to germinate.)
    6. Keep moist. Sprinkle water on the seedbed whenever the surface is dry until all the seeds have sprouted.
    Key to success: Add compost to planting holes to improve the soil's structure, provide slow-release nutrients, and activate the beneficial microbes in the soil.
    Six Essential Tools
    • Trowel
    • Hand-weeding tool
    • Hoe
    • Pruners
    • Fork
    • Spade
    Transplanting:
    These steps apply to vegetables you get in packs at the garden center, as well as annual and perennial flowers. 
    1. Dig a hole. Make the planting hole as deep as the plant's container and about double the diameter. 
    2. Water the plant. Give it a drink before planting, because until the roots start growing, they can't draw water from the soil. 
    3. Remove the plant from the pot. Place your hand on top of the pot, with your fingers around the plant's stem. Turn the pot upside down and gently squeeze it or push the plant out from the bottom with your other hand. If you must tug it out, pull it by its leaves rather than the stem (if a leaf comes off, no harm done; damage the stem, and the plant will not survive). 
    4. Check the roots. If the roots have wrapped around and around the plant, gently pull a few loose with your fingers. 
    5. Place it in the hole. Set the plant in the hole at the same depth it was in its pot, generally where the stem meets the roots. Tomatoes are an exception to this rule—plant them deeper. 
     6. Replace soil and then water. Backfill the hole with the soil you removed and press gently to ensure that the roots have solid contact with the soil. Be sure the soil stays consistently moist until you see the plant start to grow. 
    Key to success: Transplant on an overcast day to give the plants a chance to adjust to their new home without being withered by direct sun.
    Managing Weeds:
    www.agrinfobank.comWeeds siphon water and nutrients away from your garden w, they can harbor pests, and they sure can make your garden look a mess. But you don't need to spray toxic herbicides, which are harmful to people, pets, and wildlife, to keep plant invaders out of your organic garden. Use these strategies instead.
    Mulch. Keep your soil covered at all times to prevent light from reaching weed seeds. Spread a thick layer (2 or more inches deep) of organic mulch—straw, dried grass clippings, shredded leaves—on your garden each spring and replenish it throughout the growing season. Bonus: The mulch nourishes your soil as it decomposes. For even better weed protection, use several sheets of newspaper, kraft paper (such as grocery bags), or cardboard under these mulches. They are nearly impenetrable by weeds.
    Hand-pull. Sounds like a lot of work, we know. But pulling out a few weeds every day or at least every week keeps them from getting out of control and brings you up close to your garden so you can inspect your plants for problems. Keep a bale of straw or a pile of grass clippings on hand so you'll have mulch on demand to help prevent weeds from returning after you've pulled them.
    Hoe. Use a hoe's sharp edge to sever weed stems from their roots just below the soil surface. Forget about the square-headed traditional garden hoe for this job—get a stirrup-shaped oscillating or a swan-neck hoe instead. To hoe your garden without cultivating a backache, hold the hoe as you would a broom.
    Spread corn. You can suppress the growth of weed seeds early in the season by spreading corn-gluten meal. This works best in established lawns. Corn-gluten meal, a by-product of corn processing that is safe for people, pets, and wildlife, inhibits the germination of seeds and fertilizes at the same time. Bear in mind, once the weeds have grown beyond the sprout stage, corn gluten does not affect them. Also, corn gluten doesn't discriminate between seeds you want to sprout and those you don't want, so avoid using corn-gluten meal where and when you've sown seeds.
    Solarize. Where you have a persistent weed problem or you need to clear a thick mat of weeds from a brand-new bed, enlist the sun's help. In late spring or early summer, pull, hoe, or rake out as many weeds as you can from the bed. Then moisten the soil and cover it with a tight layer of clear plastic, weighting or burying the edges. Leave the plastic in place for six weeks so the sun cooks any remaining weed seeds.
    Be persistent. This is your most important long-range weapon against weeds. Mulch, and pull or hoe the weeds for a few minutes whenever you visit your garden. Do these things consistently for a few seasons, and you will slowly but surely expel problem invaders for good.
    Key to success: Weeds come out easily when the soil is moist, so think of a summer rainstorm as an opportunity to free your garden from a weed infestation.
    Use This.....................Not That
    Fish and seaweed fertilizer..Miracle-Gro
    Insecticidal soap............Sevin
    Clove oil herbicide..........Roundup
    Compost......................Bagged synthetic fertilizer
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    Controlling Pests:
    Whenever you see insects in your garden, remember this: Most are no threat to plants, many are even beneficial, and all of them, even the pests that eat your plants, are an integral part of the ecosystem you are cultivating. But what do you do when the pests seem to have the upper hand? You don't want to enforce a "no-fly zone" with pesticides. They're dangerous for you to have and to use, and they harm wildlife and contaminate water. Instead, use safe, organic techniques and products to keep the pests in balance.
    Grow healthy plants. The best defenses against insect attack are preventive measures. Pests target weak or unhealthy plants, so choose plants that are suited to the conditions you are putting them in and they'll be less stressed. Don't let plants be too wet, too dry, or too shaded. Use lots of compost, but be sparing with high-nitrogen fertilizers, if you must use them at all.
    Integrate, don't segregate. Mix different vegetables, herbs, and flowers together in your beds. This keeps pests from zeroing in on a whole crop of their target plant.
    Encourage Pests' Predators. The most effective and natural way to control pests is to rely on the food chain. Plant herbs and flowers among your vegetables to lure predatory insects such as ladybugs and green lacewings, which feed on flowers' nectar while their larvae consume pests. Put out a birdbath to enlist the appetites of songbirds to your cause. Treat toads, lizards, and garter snakes as welcome allies, too.
    Build Barriers. Row cover is a woven fabric that lets light, air, and water reach plants, but keeps pests (including deer) away from them. You'll find it in local garden centers, in catalogs, and online. The best-known brand is Reemay.
    Target The Treatment. When prevention is no match for infestation, take the time to choose the right organic tool to solve your problem. Start by making sure you have correctly identified the pest and confirmed it is the cause of the symptoms you've found. Consult your local Cooperative Extension office (csrees.usda.gov) if you need help. 
    Then, depending on the pest, you can arm yourself with soap or hot-pepper sprays, horticultural oil, or Bacillus thuringiensis, a naturally occurring bacterium that disrupts the digestion of caterpillars and other leaf-eaters.
    Surrender. As we said, insects attack plants under stress. Do you have enough healthy plants to spare the sickly ones? Can you restore sickly plants to robust health so they can resist insect attack? If not, let the pests do their worst, then watch as their predators flock to your garden and protect your healthy plants.
    Key To Success: Check the undersides of leaves when applying organic pest control—insects often hide out of sight.
    Source of Article: http://www.organicgardening.com/

    Neem: A Tree for Solving Global Problems



    www.agrinfobank.com

    Neem is a fascinating tree. On the one hand, it seems to be one of the most promising of all plants and may eventually benefit every person on the planet. Probably no other yields as many strange and varied products or has as many exploitable by-products. Indeed, as foreseen by some scientists, this plant may usher in a new era in pest control, provide millions with inexpensive medicines, cut down the rate of human population growth, and perhaps even reduce erosion, deforestation, and the excessive temperature of an overheated globe.


    Native to India and Burma, neem is a botanical cousin of mahogany. It is tall and spreading like an oak and bears masses of honey-scented white flowers like a locust. Its complex foliage resembles that of walnut or ash, and its swollen fruits look much like olives. It is seldom leafless, and the shade it imparts throughout the year is a major reason why it is prized in India. The Subcontinent contains an estimated 18 million neem trees, most of them lined along roadsides or clustered around markets or backyards to provide relief from the sun.
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    Under normal circumstances neem's seeds are viable for only a few weeks, but earlier this century people somehow managed to introduce this Indian tree to West Africa, where it has since grown well. They probably expected neem to be useful only as a source of shade and medicinals—especially for malaria—but in Ghana it has become the leading producer of firewood for the densely populated Accra Plains, and in countries from Somalia to Mauritania it is a leading candidate for helping halt the southward spread of the Sahara Desert.
    This century, people took neem seed to other parts of the world, where the tree has also performed well. Near Mecca, for example, a Saudi philanthropist planted a forest of 50,000 neems to shade and comfort the two million pilgrims who camp each year on the Plains of Arafat (a holy place where the prophet Muhammad is said to have bidden farewell to his followers). And in the last decade neem has been introduced into the Caribbean, where it is being used to help reforest several nations. Neem is already a major tree species in Haiti, for instance.
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    But neem is far more than a tough tree that grows vigorously in difficult sites. Among its many benefits, the one that is most unusual and immediately practical is the control of farm and household pests. Some entomologists now conclude that neem has such remarkable powers for controlling insects that it will usher in a new era in safe, natural pesticides.1 Extracts from its extremely bitter seeds and leaves may, in fact, be the ideal insecticides: they attack many pestiferous species; they seem to leave people, animals, and beneficial insects unharmed; they are biodegradable; and they appear unlikely to quickly lose their potency to a buildup of genetic resistance in the pests. All in all, neem seems likely to provide nontoxic and long-lived replacements for some of today's most suspect synthetic pesticides.
    That neem can foil certain insect pests is not news to Asians. For centuries, India's farmers have known that the trees withstand the periodic infestations of locusts. Indian scientists took up neem research as far back as the 1920s, but their work was little appreciated elsewhere until 1959 when a German entomologist witnessed a locust plague in the Sudan. During this onslaught of billions of winged marauders, Heinrich Schmutterer noticed that neem trees were the only green things left standing. On closer investigation, he saw that although the locusts settled on the trees in swarms, they always left without feeding. To find out why, he and his students have studied the components of neem ever since.
    Schmutterer's work (as well as a 1962 article by three Indian scientists showing that neem extracts applied to vegetable crops would repel locusts) spawned a growing amount of lively research. This, in turn, led to three international neem conferences, several neem workshops and symposia, a neem newsletter, and rising enthusiasm in the scientific community. By 1991, several hundred researchers in at least a dozen countries were studying various aspects of neem and its products.
    Like most plants, neem deploys internal chemical defenses to protect itself against leaf-chewing insects. Its chemical weapons are extraordinary, however. In tests over the last decade, entomologists have found that neem materials can affect more than 200 insect species as well as some mites, nematodes, fungi, bacteria, and even a few viruses. The tests have included several dozen serious farm and household pests—Mexican bean beetles, Colorado potato beetles, locusts, grasshoppers, tobacco budworms, and six species of cockroaches, for example. Success has also been reported on cotton and tobacco pests in India, Israel, and the United States; on cabbage pests in Togo, Dominican Republic, and Mauritius; on rice pests in the Philippines; and on coffee bugs in Kenya. And it is not just the living.
    Neem is a member of the mahogany family, Meliaceae. It is today known by the botanic name Azadirachta indica A. Juss. In the past, however, it has been known by several names, and some botanists formerly lumped it together with at least one of its relatives. The result is that the older literature is so confusing that it is sometimes impossible to determine just which species is being discussed.
    Neem trees are attractive broad-leaved evergreens that can grow up to 30 m tall and 2.5 m in girth. Their spreading branches form rounded crowns as much as 20 m across. They remain in leaf except during extreme drought, when the leaves may fall off. The short, usually straight trunk has a moderately thick, strongly furrowed bark. The roots penetrate the soil deeply, at least where the site permits, and, particularly when injured, they produce suckers. This suckering tends to be especially prolific in dry localities.
    Neem can take considerable abuse. For example, it easily withstands pollarding (repeated lopping at heights above about 1.5 m) and its topped trunk resprouts vigorously. It also freely coppices (repeated lopping at near-ground level). Regrowth from both pollarding and coppicing can be exceptionally fast because it is being served by a root system large enough to feed a full-grown tree.
    The small, white, bisexual flowers are borne in axillary clusters. They have a honey like scent and attract many bees. Neem honey is popular, and reportedly contains no trace of azadirachtin.
    Neem is thought to have originated in Assam and Burma (where it is common throughout the central dry zone and the Siwalik hills). However, the exact origin is uncertain: some say neem is native to the whole Indian subcontinent; others attribute it to dry forest areas throughout all of South and Southeast Asia, including Pakistan, Sri Lanka, Thailand, Malaysia, and Indonesia.
    It is in India that the tree is most widely used. It is grown from the southern tip of Kerala to the Himalayan hills, in tropical to subtropical regions, in semiarid to wet tropical regions, and from sea level to about 700 m elevation.
    As already noted, neem was introduced to Africa earlier this century (see sidebar, page 85). It is now well established in at least 30 countries, particularly those in the regions along the Sahara's southern fringe, where it has become an important provider of both fuel and lumber. Although widely naturalized, it has nowhere become a pest. Indeed, it seems rather well ''domesticated": it appears to thrive in villages and towns.
    Over the last century or so, the tree has also been established in Fiji, Mauritius, the Caribbean, and many countries of Central and South America.-In some cases it was probably introduced by indentured laborers, who remembered its value from their days of living in India's villages. In other cases it has been introduced by foresters. In the continental United States, small plantings are prospering in southern Florida, and exploratory plots have been established in southern California and Arizona.
    The tree is easily propagated—both sexually and vegetatively. It can be planted using seeds, seedlings, saplings, root suckers, or tissueculture. However, it is normally grown from seed, either planted directly on the site or transplanted as seedlings from a nursery.
    The seeds are fairly easy to prepare. The fruit drops from the trees by itself; the pulp, when wet, can be removed by rubbing against a coarse surface; and (after washing with water) the clean, white seeds are obtained. In certain nations—Togo and Senegal, for example—people leave the cleaning to the fruit bats and birds, who feed on the sweet pulp and then spit out the seeds under the trees.
    It is reputed that neem seeds are not viable for long. It is generally considered that after 2-6 months in storage they will no longer germinate. However, some recent observations of seeds that had been stored in France indicated that seeds without endocarp had an acceptable germinative capacity (42 percent) after more than 5 years.
    Source of Article: http://www.nasonline.org/         

    How Does a New Plant Grow?


     

    If a seed is lucky, it will land on good soil. When the conditions are right, it may grow into a new plant. This is called germination. Seeds contain their own energy store.

    They do not need light at first. But they do need  water, warm temperatures, and oxygen. If a seed has the right conditions, it grows a root. The root pushes down  into the soil. Then it grows a shoot. The shoot pushes up  through the soil. When it reaches the air, its new leaves uncurl. At this point, the seed can use its leaves to trap energy from the Sun. It does not need its own energy store any more. Now, it carries out photosynthesis. This will help it grow into a strong, full-grown plant.

     
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