The Black Ebony Tree

Here is the tree which is described in a perfect manner by its name. The generic name is derived from greek word dios which means ‘divine’, and pyros meaning ‘fruit’, referring to the excellent fruit of the genus. The specific name melanoxylon means ‘dark wood’. The Tendu (Diospyros Melanoxylon/टेंभूर्णी, टेमरू, तेंदू) is medium-sized handsome tree, which is also known as Black Ebony. Its small flowers appear from April to June on new shoots.

Tendu, though a minor forest produce (MFP) in Central India, is very underutilized tree. The most economically significant use of this species is that its leaves are used to roll bidis (an indigenous traditional cigarette, which uses the kendu leaf for rolling instead of paper). The leaves possess unrivalled qualities of flavour, colour, flexible and leathery texture, decay resistance and easy workability, which make them admirably suitable for wrapping bidis.

However, most of the harvest goes waste as the fruit has never been explored for its nutritional aspects. This lesser known fruit is edible & is delicious too! Once fully ripen, the yellow pulp is soft & has a pleasant and sweet taste.

Tendu is a seasonal fruit available mainly in summer. The fruit ripening takes almost a year. These edible fruits are largely eaten & disseminated by birds, notably hornbills. The tree produces good seed in alternate years. The fruits and powdered seeds are sold in local markets and eaten. 

The tree is deciduous or evergreen depending on its habitat. In a dry locality, it is leafless for a short time in the hot weather, regaining its leaves in May-June. In a moist locality, it is evergreen. Though the tree has small flowers, the tree is regularly visited by insects and butterflies. It is the larval host plant for the Symphaedra nais & Spindasis vulcanus butterflies.

The tree has been revered in Ayurvedic medicine. The seeds have been prescribed as a cure for mental disorders, nervous breakdowns and palpitations of the heart. The fruits have a cooling and an astringent effect. Dried flowers are reportedly useful in urinary, skin and blood diseases. The bark is astringent; its decoction is used in diarrhoea. Its regeneration is through seeds, cuttings and root suckers. Soaking seeds for about 12 hours in cold water improves germination. Stump planting has been found to be as good as direct seeding. 

Tendu is the most widely distributed and tolerant species when considered to soil requirements. It grows on poor denuded soils, hot and dry hill slopes, stony soils and also heavy clays. It demands light; it is drought and frost hardy but sensitive to water-logging. It is coppiceable & tolerance to pruning makes it a good fodder tree. The tree also pollards well, although the growth of the pollard shoots is slow. Its cultivation on field boundaries or distributed in field crops, such as oilseed and cereal crops, appears to be a feasible and attractive proposition. Its deep tap-rooting habit would minimize competition with annual crops. It gives good quality charcoal. 

The fruit tree being rich in nutritional, medicinal and processing qualities can play a very significant & vital role in the livelihood security of the rural communities through enhanced household income, employment generation and environmental protection. Tendu fruits have a great potential for commercial cultivation. In fact, plantation of Tendu tree along with other local fruits of our region like Ber, should be done in city gardens and residential areas.

The Indian Frankincense Tree

Salai (Boswellia Serrata/सालय, सालई) is a moderate-sized deciduous tree with a light, spreading crown and somewhat drooping branches. The tree has high ornamental value. It is popular for avenue planting in India.

The Salai tree has beautiful flowers. But what is more attractive is its bark or that’s what makes the tree easily identifiable. The bark is very thin, greyish-green, ashy or reddish with a chlorophyll layer beneath the thin outer layer, which peels off in thin, papery flakes. It gives a unique and attractive appearance to the tree. Leaves are alternate, crowded towards the ends of the branches; and very variable in size. 

The tree yields a yellowish-green gum-oleoresin known as ‘salai guggal' from the bark. It is known to be a good substitute for imported Canada balsam. Medicinally, the salai guggal gum is used as a diaphoretic and astringent. It has potent analgesic and anti-inflammatory effects that can reduce the pain and inflammation of joints. Salai have been clinically studied for osteoarthritis and joint function. It is also tapped for resin which is used as incense, hence is also known as Indian Frankincense tree.

It has been recorded as a new lac host species. It is a suitable species for afforestation on poorer soils in areas of dry sandstone hills which have been denuded of vegetation. Under such circumstances, its ability to withstand the adverse effects of forest fires, its immunity to being browsed or lopped for fodder, and its power of resisting the effects of insolation & drought are great assets. 

Salai can be propagated fairly well from seeds. Mature seeds should be immersed in water before they are sown, to separate out the sterile pyrenes, which float on the surface. Usually seed germination takes a week or two. It also has the remarkable ability to sprout from large branch cuttings or root suckers.

The tree has the ability to thrive in the poorest and the shallowest soils where most of its associates remain stunted. It is characteristically found on the slopes & rocky ridges of hills, as well as on flat terrain, attaining a larger size on fertile soils. It is resistant to drought and resists fire better than other species in its zone of occurrence. It is also frost hardy and serves as a nurse tree for other species.

The Complete Elm!

Indian Elm (Holoptelea Integrifolia/वावळ, पापडी) is a large deciduous, fast-growing tree with good canopy. It is densely foliated tree. Though its tiny flowers are not conspicuous, the circular samara fruits give an attractive appearance to the tree; also making the tree easy to spot. It has wind-pollinated male and hermaphrodite flowers. The flowers are small, greenish-yellow to brownish & pubescent.

Indian Elm tree flowers in January-February months and it fruits from March to May. During this period, the tree attracts loads bees and butterflies. It is the larval host plant for the Chilades Pandava butterfly. The fruits of Indian Elm, just like figs, are largely eaten by Langurs. The leaves are used as animal fodder. It can be coppiced. The unripe fruits are edible. Fruits also serve as a good source of Essential oils. This Elm gives good quality charcoal. 

Though Indian Elm grows slowly in initial stages, once established, the species can be fast-growing. It propagates from seeds & cuttings. The papery fruits can be just sprinkled on soil and regular water-spraying helps in their germination. It is resistant to gaseous pollutants. The tree is known to purify air by trapping dust & particulate pollutants. 

The tree is mentioned in Charaka-Samhita, Sushruta-Samhita and other traditional systems. It pacifies vitilated kapha and is known to be useful in skin diseases, haemorrhoids, colic, flatulence & vomiting. Its leaves are also used for diabetes, leprosy & baldness. This herb is also mentioned for the treatment of localized swelling, nausea, indigestion, rheumatism, ringworm infectin, scabies, ulcers and acts as blood purifier. The tree has also been found to have some antibacterial properties. Name the disease and this elm have remedy for that! It is commonly called Chirabilva in Ayurveda. 

Indian Elm is also used in ecological forestry for its heat & drought tolerance and regenerative abilities. It’s a very hardy tree that survives well in the extreme climate. Its root system helps in erosion control of soil and dune stabilization. The leaves also provide useful mulch in good quantity. It’s crushed leaves & bark has a characteristic smell. This virtue makes the tree resistant to pest and these parts can also be used as a pest repellent.

The tree is harvested from the wild for local use as a medicine, food, and as a source of oil and wood. The attractively dense tree is commonly spotted on roadsides across the city and in gardens as well. 

The Grewias

The tree is known for a refreshing drink prepared from the fruits, commonly known as Phalsa Sherbet or squash, is considered a delicacy throughout the hot summer months in India. The Phalsa tree (Grewia Asiatica/फालसा) is a small-to-moderate sized deciduous tree.

Phalsa is a beautiful tree with small orange-yellow flowers, borne in densely crowded axillary cymes. The ripe fruits are eaten as a dessert. Their taste and flavor are very much liked. Due to fruits, the tree is often found pollarded to keep its branches low and within reach.

According to Ayurveda, different parts of this plant possess different pharmacological properties. Leaves have antimicrobial, anticancer, antiplatelet and antiemetic activities; fruit possess anticancer, antioxidant, radio-protective and anti-hyperglycemic properties; while stem bark possesses analgesic and anti-inflammatory activities. The fruits are a cooling tonic, astringent & aphrodisiac; they allay thirst & burning sensations, remove biliousness, cure inflammation, heart & blood disorders and fevers. The fruit is also good against throat trouble. The bark is used as a demulcent, febrifuge and treatment for diarrhea. It cures urinary troubles and relieves burning sensation. The root bark is employed in treating rheumatism. The leaves are applied on skin eruptions and they are known to have antibiotic action.

The tree improves the soil and also aids in reclamation of degraded land. It has been proved that the plantations of Phalsa increased organic Carbon, available Nitrogen, Phosphorus & Potassium in the soil and reduced Calcium Carbonate, pH & bulk density due to litter production greater than that of other fruit trees. It is propagated easily by seeds.

Phalsa can be grown on a wide range of soils, even those that are slightly alkaline, clay or sandy soils. But for fruit production, ideal is a rich alluvial soil. The tree grows in both tropical and subtropical climates but will tolerate other climates, except at high altitude; however, it does best in regions having distinct summer and winter seasons. It is very hardy, drought-tolerant species and capable of existing under severe conditions and is suitable for arid regions.

The fresh leaves are valued as fodder. The mucilaginous extract from the tree obtained after pounding in water is used to clarify sugarcane juice during the preparation of gur, the traditional brown sugar made in India. Ropes or cordage can also be obtained from the tree. Furthermore, there is no serious pest or disease of this species.

There is a similar close cousin of Phalsa from the same genus, the Dhaman (Grewia Tiliifolia/धामण, धामनी) is a moderate-sized deciduous tree.

The yellow flower resembles the Phalsa flower very much. The main difference is in the leaves. The leaves of Dhaman are oblique heart-shaped.

The tree is harvested from the wild for local use of its fibre and edible fruit. The black, globose, 2-3 lobed fruit is about the size of a pea, having a nice flavor. Fruit is a good source of micronutrients such as anthocyanins, phenols, flavonoids and vitamin C. They have a moderate antioxidant activity and make an excellent, healthful addition to the diet.

Dhaman grows rapidly in full sun and light shade. It is successful in a range of well-drained soils. It also serves as a larval host plant for the Coladenia Indrani species of butterflies. It is also propagated by seeds.

The tree has numerous medicinal properties. It is employed in dysentery & applied externally to remove irritation from itch. It also has emetic properties. Leaves and twigs are lopped for fodder. The leaves contain 1% tannin and are sometimes employed as a soap substitute for washing hair. 

Sandpaper Raisin or Rough-leaved Raisin (Grewia Flavescens/खटखटी) is a large shrub or small tree, with beautifully bright yellow flowers. It is multi-stemmed and densely branched, forming a very irregular leafy canopy. Leaves are simple, alternate, hairy and light green on both sides, being more hairy underneath; with irregularly toothed edges. The fruit is berry-like and hard. The skin of the fruit is said to be the hardest amongst the Grewia species. The fruit are eaten by birds, especially hornbills, and also by monkeys. 

The species is also known for its ornamental value and is used as a vegetable, fodder and to make baskets. The fruits are used as food and for traditional medicinal treatments.

The fruits of Grewias attracts many birds and is also consumed by monkeys and antelopes. Leaves are food plants for the larvae of moth-like Skipper butterflies. The trees also serve as important pollinators, food source for many animals and provide a good support for the ecosystem. These species have high potential in agroforestry practices as well as have high ornamental value. Hence it is great have one of these beauties near house!

The Indian Oak

Teak (Tectona Grandis/सागवान, साग) is a tall, deciduous tree, having small, beautiful fragrant white flowers and large leaves. Flowers usually appear during the rainy season, and trees tend to flower synchronously. It grows moderately fast and has open crown open with many small branches; the bole is often buttressed and may be fluted with deep root system. 

Though not a garden plant precisely, it has high ornamental value. It is a very important candidate in an ecosystem with a long life span. Due to its tall growing nature, it is a preferred roosting and nesting site for number of birds. Teak tree is visited by number of insects too. It is pollinated by black-ants, flies and particularly by bees. Teak is also used as a food plant by the larvae of moths of the genus Endoclita including E. aroura, E. chalybeatus, E. damor, E. gmelina, E. malabaricus, E. sericeus and E. signifer and other Lepidoptera including Turnip Moth. :-)

Teak trees survive and grow under a wide range of climatic and soil conditions. It is light-demander species. Each pair of its leaves is arranged at 90° to the adjacent pair, so as to maximize their ability to receive & trap sunlight. It grows best in a warm, moist, tropical climate with a significant difference between dry and wet seasons. It is a hardy species which is the first to colonize barren environments or previously bio-diverse ecosystems that have been disrupted, such as by fire. Even young plants show a remarkable capability to recover after fire. Hence Teak is known as a Pioneer species. In contrast to other pioneer species, it is able to persist, dominate and to naturally regenerate towards the climax phase of succession in most parts of its natural range. It occurs naturally in various types of tropical deciduous forests. It is often a dominant member of a mixed deciduous forest, where its main associates are Shorea Robusta, Terminalia spp., Xylia spp., Lagerstroemia spp., Haldina, Dalbergia Latifolia, Bambusa Bambos and Dendrocalamus Strictus. 

Natural regeneration of Teak is particularly abundant in forests exposed to fires. It is also propagated by seeds & stumps. The vitality of teak stumps is remarkable. Soaking the seeds for 48 hours in water before sowing is the best treatment for hastening germination. It coppices and pollards vigorously, sometimes retaining coppicing power to a considerable size.  

Teak is a suitable ideotype for agroforestry because of having deciduous nature, sparse canopy and deep root system. It may be planted as a wind break. Though it gives good quality charcoal, it is usually considered too valuable for it. It produces a yellowish-brown or reddish dye, which is used for paper, clothes and matting. 

According to Ayurveda, it is acrid, cooling, laxative, sedative to gravid uterus and useful in treatment of piles, leucoderma and dysentery. Flowers are acrid, bitter and dry and useful in bronchitis, biliousness, urinary discharges etc. Roots are useful in treatment of urinary system related troubles. According to Unani system of medicine, the oil from flower is hair promoter and useful in scabies. It is also good for head-ache, biliousness, burning sensation and pain and liver related troubles. It allays thirst and possess anthelmintic & expectorant properties.

Teak is one of the most important timbers in the world - a rare combination of superior physical & mechanical properties makes it a paragon of timber, and there is no likelihood of it being eclipsed by any other. Teak is often grown in botanical gardens and is occasionally cultivated in tropical countries as an ornamental for its large leaves and spreading flower clusters.

The Rosewoods

There is a tree which is often mistaken for Indian Rosewood due to striking similarity in their leaves and flowers. But can be distinguished by somewhat darker bark.

Black Rosewood (Dalbergia Latifolia/काळा शिसम, काळारुख) is moderate-to-large sized tree with a dome shaped crown of lush green foliage. The leaves of Shisham have pointing tip whereas the leaves of this species are blunt and broadly rounded with wavy margins. The broad leaves explains the species name latifolia.

Furthermore, though it sheds its leaves, it can hardly be found leafless. It flowers abundantly in aromatic clusters of white colour creating an eye-soothing view. Due to these reasons, it is noted to attract number of birds, butterflies, insects and wildlife. Hence the tree needs to be introduced in home gardens in urban societies. 

Practically, Black Rosewood is quite similar to Shisham, including their use in agroforestry, apiculture, medicines, ornamental or soil improvement. It is also a Nitrogen-fixing tree and gives the nitrogen-rich foliage which is widely used as a green manure and fodder. Like other member of the genus Dalbergia, its honey is dark amber and strong flavoured.

In a drier habitat, the hardy tree is leafless for couple of months, regaining its leaves in April-May. In a moist locality, it is evergreen throughout the year. The species grows on a variety of soils. It grows best on well-drained, deep, moist soils & black cotton soils. The root system of the tree is well developed with deep tap roots and long lateral roots. It reproduces by seed, root sucker or cuttings. Although no treatment is necessary, soaking seed in cool water for 12-24 hours will hasten germination of seeds. 

Black Rosewood is widely used for reforestation of eroded soils. It is also planted as a roadside tree and shade tree. It acts as a soil improver. The leaf litter decomposes slowly releasing nutrients gradually and it is used as mulch. Medicines are made from the tannins in the bark, for diarrhoea, worms, indigestion, and leprosy. These tannins also produce an appetizer.

There is another species from the same genus, Dhobin or Phansi (Dalbergia Lanceolaria subsp. Paniculata/धोबीन, फणशी, दोंडूस) is a very conspicuous and handsome, deciduous tree. It is eye as well as ear catching tree when profusely covered with flowers and young leaves. The tree is actually loud with the buzzing of thousands of bees. Its flowers are white & fragrant.

This species is a moderately fast growing tree. It is recommended for reforestation projects on degraded land where seeds are unlikely to grow successfully. It is propagated by seeds. Young seedlings grow well in the dappled shade of the forest, but they become more light-demanding as they grow older. 

Different parts of trees particularly seed and bark are used in the Ayurveda; mainly to treat arthritic infections and inflammations.

The lesser known tree species has a great potential in Agroforestry. Dhobin has a symbiotic relationship with certain soil bacteria, these bacteria form nodules on the roots and fix atmospheric nitrogen. Some of this nitrogen is utilized by the growing plant but some can also be used by other plants growing nearby. In  other uses, it is used as wind  break for micro-climate enhancement, nectar source for honeybees, and in addition to these leaves are used as a fodder for livestock animals. 

Both these Rosewoods are excellent choice for farmers as well as city dwellers!

Dridhataru...The Robust Tree!

The Button tree or Dhok (Anogeissus Pendula/धोक, काळा धावडा) is a beautiful, moderate-sized species. With or without flowers, the tree is known for grace and beauty of its silky foliage. In winters before falling, the leaves turn a beautiful yellowish red. Every time you visit the tree, it appears surprisingly different!

Dhok is often confused with well-known Dhvada tree or rather, is recognized as Dhavda. It has variable bark. Dhok has tiny fragrant flowers in dense clusters. It is a dominant species on sloppy & rocky soils, as nothing else can survive there. It coppices & pollards well and the coppice shoots are fairly fast growing, although the tree grows slowly. It fruits abundantly but has low germination rate. 

Despite having such a low regeneration capacity and a very tough growing conditions, the tree does something spectacular to regenerate. Mr. Pradip Krishen, the writer & environmentalist, finds the tree very unique and pretty. Under the soil surface, a tree sends out a horizontal stem, called a ‘stolon’ and from the end, a sapling roots. Such stems extend in every direction, spawning a colony of genetically identical trees. “It’s like the trees are holding hands. Button tree is more like a Banyan, which instead of sending aerial roots down, sends subterranean shoots up.” says Krishen. 

Dhok is a very important tree species of the fragile eco-systems. It is a drought hardy plant that yields excellent animal fodder and other products like green dye and tannins. The tree is also known for many medicinal properties and has uses for ailments like dysentery, gastric disorders, skin problems, cough or for its anti-oxidant properties. 

It has ecological significance for the Aravalli range and other hilly areas of the country, where it is difficult for other tree species to thrive. It is a hardy tree that can survive even in the extreme conditions.

Axlewood tree or Dhavda (Anogeissus Latifolia/धावडा, धव) is a similar beautiful species from same genus. It is a medium-to-large sized, deciduous tree.

It is one of the most useful multi-purpose trees in India. Axlewood also has tiny beautiful fragrant flowers in dense clusters. But flowerless tree is also equally attractive, mainly due to the bark. Its bark surface is smooth or with scales, pale to dark gray and is mottled in a characteristic pattern. It has somewhat similar flowers and fruits as that of Dhok. Leaves are nearly opposite on drooping branches. 

The drought tolerant tree is also fire-resistant, but does not tolerate water-logging. It is found on a variety of soils, but prefers deep alluvial soils. The tree’s robust nature gives it the Sanskrit name Dridhataru! :)

It is usually mentioned as a possible agroforestry species. Tussar silkworms are fed on its foliage, which is also used as fodder for cattle and buffaloes. Its flowers are an important pollen source for bees. The tree is a good survivor on eroded land. It is often used for river bank stabilization. The tree improves the quality of soil wherever planted. Axlewood tree contributes to soil nutrient cycle by exhibiting high leaf-litter decomposition rates. Its leaves contain large amounts of tannin. The tree is the source of Indian gum, also known as Ghatti gum. Ghatti gum is a good substitute for Gum-arabic and is used in printing, for confectioneries, in dye processes and as a binding agent in pharma industries. It also gives good quality charcoal.

Medicinally, the plant root pacifies vitiated kapha, vata and abdominal disorders. The bark cures vitiated conditions of kapha and vata, wounds and ulcers, inflammations, diabetes, haemorrhages, haemoptysis, diarrhoea, dysentery, haemorrhoids, skin diseases, liver diseases and general debility. Also it is reported to be used in treating snake bites and scorpion stings in India.

Axlewood can be propagated by seeds and coppices. The seeds are soaked in cold water for about 48 hours or 3-min hot water treatment is done for successful germination. The tree produces root suckers, coppices and pollards well.

Both these trees deserve far more attention as an ornamental and ecologically important trees. May be that's why these trees got their place on the 11th anniversary of Gifting Trees...! :-)

The Spectacular Tree!

The Kydia (Kydia Calycina/वारंग, वरंग, रानभेंडी) is rapidly growing, deciduous tree. This beautiful tree flowers when very few native trees are in bloom, that is after rains. And after flowering season also, it continues to look attractive for many months while it’s the rusty fruit ripen and dry out. 

The tree flowers profusely with small flowers which occur in axillary or terminal panicles. Flowers are fragrant and creamish white, greenish white or pink coloured which itself is a delight to watch.

Kydia grows on wide range of habitats, including arid regions. It is often grown as an ornamental species. It is a small to moderate sized deciduous tree. Though deciduous, one may hardly notice a leaf-less tree. Dark green foliage is present throughout the year giving dense shade. The leaf blade is nearly round, usually palmate 3-5-lobed. 

It is propagated by seeds, root suckers or cuttings. It coppices well. Leaves can be used as fodder. The wood is used as fuel and for making charcoal. The tree is valued for the leaves which are lopped for fodder. In the wild, leaves are eaten by the elephants, sambar, deer and bison. The wood is a good source of commercial potash. The young bark is mucilaginous and cold infusion of it is used for clarifying sugarcane juice. The tree is harvested from the wild for its fibre, which is used locally to make coarse ropes. Due to profuse flowering, Kydia flowers during September-October. It attracts number of bees, butterflies, insects and birds during this period having a significant role to play in Apiculture. Bees visiting the tree tend to produce thick and sweet honey. 

Medicinally, the parts of Kydia tree are known to have the analgesic and anti-inflammatory properties. It is often utilised as shade tree or windbreak. The tree is also valued for erosion control. Being such a spectacular tree, it should be planted in gardens, along the roads and societies due its ornamental properties. 

The Yellow Teak

Haldu (Haldina Cordifolia/हळदू, हेदू, गिरिकदंब) is a deciduous tall tree with a large crown and is the sole species in the genus Haldina. The tree has long, straight, clean bole and is often buttressed & fluted at the base. The buttresses are sometimes of irregular and fantastic shapes. When growing in more isolated positions it produces a thick bole and massive branches with a large spreading crown.

Leaves are opposite, broadly ovate, heart shaped glossy green in colour. Flowers are tiny, yellow, in globose pedunculate heads and fragrant with protruding stigmas. The new leaves give a magnificent look, followed by creamy yellow flowers. The tree attracts lots of bees and insects and subsequently birds. The grey or light-black bark is startling yellow when freshly cut but turns pale red-brown on exposure. Hence the name Turmeric wood or Yellow teak. 

Haldu has a striking similarity with Kaim (Mitragyna Parvifolia/कळम) as the flowers and leaves appears almost same. But the leaves of Haldu are nearly circular, heart-shaped at base and with a pointy tip. Also there is difference in the stigma of flowers, if closely admired!

Natural regeneration of this species is difficult as the tiny seeds as well as young seedlings in forests are easily washed away. The proportion of seedlings which survive and establish themselves in forests is relatively very small. Further available trees are cut due to demand for its wood, which is reported to be acid-resistant, making it suitable for use as laboratory bench tops etc. 

Haldu is propagated by seeds. Seed is very small and so should only just be covered with soil. The seed is best sown in a seed-box that is placed in light shade and protected from heavy rain. It should be watered carefully with a very fine spray. Germination ordinarily takes place in about 20 - 40 days. Young seedlings grow very slowly in their first year and are very susceptible to being washed away or beaten down with rain at this time. Plants develop a thin but long tap root in their first year, this thickens and develops considerably in the second year. Growth is faster in the second year and onward.

Young trees prefer a position in light to moderate shade, but become more light demanding as they grow older. It succeeds in most of the soils but well-drained soil, growing best in deep, fairly fertile conditions. For instance, on lower slopes of hills among boulders. Usually growing along rivers or transitional areas between swampy wetlands and dry loamy areas, which are flooded for short periods. The tree has a massive tap-root system in proportion to its size, which makes it very resistant to drought. The tree can tolerate temperatures within the range of 5°- 47°C. 

The Yellow Teak is also harvested for local medicinal use. It pacifies vitiated pitta and known to be useful in inflammation, urinary retention, wounds and ulcers, skin diseases, biliary colic, infection, dysentery, fever and burning sensation.

Haldu is often planted as ornamental, avenue tree and even for its shade. But the tree is potentially great agroforestry species too! The tree produces fuel wood and fodder for livestock. It can be coppiced within limits. It provides good amount of green manure. It yields a yellow dye, which was used for dyeing wool and linen. In some parts of India, the tree has a religious significance in Hindu marriage rituals.

Garden-Friendly Bugs!

Bugs, flies and beetles are all around us. Many people think of all insects as pests without knowing that many of them are garden friendly or beneficial insects. These beneficial insects each play an important role in our environment.

Is there really such a thing as a good bug? Obviously! Unlike Humans, Mother Nature has kept everything balanced in the environment. A nice bug does no harm; rather it will control those insects which eat any of your plants or crops. A really good bug eats those insects that destroy your plants or crops. Some of these insects help the gardener by pollinating flowers, while predatory insects eat other pest insects. There are other insects that break down decaying matter, helping to build good soil.

We never tend to appreciate the insects, forget about their lifecycles. We just want to get rid of them all. But they have a very important role to play in the Environment. Even the most avid gardeners may not be interested in the reproductive cycles of the green lacewing, but when they realize that one prolific female lacewing could be responsible for wiping out 40,000 pests each season, they can’t close their wide open mouth!

Attracting these “garden friendly” insects and be greatly beneficial to your garden, thus the reason they are called beneficial insects. Protect your beneficial insects by avoiding toxic sprays/dusts.

Below is a list of the top beneficial insects and what they do to help. Most insect problems can be biologically controlled with these insects…

Bees - There are over 20,000 species of bees worldwide. Several hundred of these species; from Giant honey bee to small Stingless bees, all are important pollinators of garden plants and many others necessary to wild plants. Attract native bees by planting a flower garden with as long of a bloom season as possible.

Parasitic wasps – Ranging from tiny Trichogramma wasps to huge ichneumonid wasps, parasitic wasps inject their eggs into pest insects. The larvae hatch and grow by absorbing nourishment through their skins, eventually killing the host insect.

Many of the solitary wasps are parasitoidal, meaning that they raise their young by laying eggs on or in the larvae of other insects. The wasp larvae eat the host larvae, eventually killing them. Solitary wasps parasitize almost every pest insect, making wasps valuable in horticulture for biological pest control of species such as whitefly in tomatoes and other crops.

Bee Flies - These are family of flies, some of which are really beautiful to see. the adults feed mainly on nectar and pollen, acting as important pollinators, while their larvae generally are predators or parasitoids of  eggs & larvae of other insects.

Braconid Wasp - Braconid wasps have such a strong reputation as killers of pests that they are widely used in agriculture. A few adults prey on other adult insects, but most feed on pollen. It's the larvae that are extremely valuable controls of garden, farm and forest pests. Egg and larval stages of various braconid wasp species chow down on larvae, pupae or nymphs of numerous pest moths, aphids, beetles, flies, ants or other bugs.

Yellow Jackets and Hornets - Although feared by many people, these insects are actually wonderful pest predators. They dive into foliage and carry off insects that are damaging your plants to feed their brood. Potter wasp is one the examples of solitary predator.

Lady beetles – A favorite with home gardeners, ladybugs are the best known beneficial insects around. There are more than 3,000 species of these small to medium sized beetles. Both adults and larvae eat thousands of pests, feeding on small insects such as aphids, mealy bugs, and spider mites. Also favored are corn flies, soft scales, whitefly and a wide variety of other soft-bodied, plant-eating insects. 

Ground beetles – Why they're good: A pest killer in two stages of its lifecycle, this beetle enjoys snails, slugs, cutworms, gypsy moth larvae, root maggots, tent caterpillars, Colorado potato beetle larvae and other pests that spend a stage of their lifecycle in the soil. Larvae feed on other ground larvae and insect eggs; one grub can eat at least 50 caterpillars. These medium to large, blue-black beetles hide under stones and logs/boards during the day. At night they prey on cutworms, cabbage root maggots, snails/slugs and their eggs. Some ground beetles will even climb trees and feed on armyworms or tent caterpillars. 

Rove beetles – These small to medium beetles look like earwigs without pincers. Many of this species help in decomposing manure and plant material, while others prey on root maggots.

Syrphid flies – Also called flower or hover flies. Imagine a pest-killing machine devouring enormous numbers of aphids, up to 400 during this stage.  these black and yellow or black and white striped flies are commonly mistaken for bees. Laying their eggs in aphid colonies; the larvae then feed on the aphids. 

Tachinid flies – Large, dark grey flies that place their eggs and larvae on cutworms, caterpillers, stinkbugs, and other pest insects. Tachinid flies are also natural suppressors of armyworm or tent caterpillar outbreaks. 

Dragonflies – Along with the smaller Damselflies, dragonflies feed on mosquitoes, gnats, and midges, filling their mouths with prey as they zig-zag around the garden. As adults, dragonflies eat other insects and can consume hundreds of mosquitoes in one day! They are valued as predators, since they help control populations of harmful insects. Dragonflies are usually found around lakes, ponds, streams and wetlands because their larvae, known as "nymphs", are aquatic. Adult dragonflies do not bite or sting humans. 

Firefly larvae are predators of various insects, slugs, and snails.

Lacewings - As with most garden "police" insects, the lifecycle is the secret and the law enforcement is all in the larval stage. Larvae, often called "aphid lions," are among the most efficient predators of aphids. They also prey on the eggs and immature stages of small, soft-bodied insects such as mealybugs, thrips, spider mites and leaf-hoppers.

The larvae, which resembles a tiny alligator, feed on small insects including aphids, scale insects, and corn flies.

Spiders and Mites – Although they are not really insects, spiders are some of the best pest predators around, feeding on the larger pest insects. Predatory mites, also arachnids, feed on plant-feeding mites, such as spider mites, rust mites, and cyclamen mites. Some will also feed on aphids and corn flies, while other soil-dwelling mites eat insect eggs, fungus gnat larvae, or decaying organic material.

Scarab Beetles - Many scarabs are scavengers that recycle dung, carrion, or decaying plant material. Most of these beetles are nocturnal; except for the Flower Chafers and many Leaf Chafers, which are active during the day. 

The name "Robber flies" reflects their notoriously aggressive predatory habits; they feed mainly or exclusively on other insects and as a rule they wait in ambush and catch their prey in flight. feed on small arthropods, mainly insects.

Beneficial Nematodes are microscopic, non-segmented roundworms that naturally occur in soil and are used to control soil pest insects. They only attack soil dwelling insects without exposing plants, earthworms, humans or animals to any health or environmental risks. Thus totally a safe biological control in pest insects. Inside the nematode's gut is the real weapon..symbiotic bacteria that when released inside an insect kill it within 24 to 48 hours.

Most of the wild creatures need a natural habitat to accomplish their work. Although many of these areas have been reduced in the past, recently more are being restored to attract the creatures back. Each of us can help to restore habitats even if we don’t completely understand how ecosystems work and cannot fully return an area to its wild state. Planting Nirgudi (Vitex Nigundo) for butterflies, providing organic growing conditions for plants that bees visit for pollen and nectar, choosing garden plants that are first and foremost beneficial to wildlife (not primarily because they are beautiful), helping to keep an existing patch of forest from being destroyed to develop more concrete buildings, are within the capacity of most of us...

A Sword To Kill A Fly?

Do you face problems due to pests such as insects? What do you do to control these insects and to save your garden or farm?

We often resort to pesticides to deal with garden the pests. Let’s consider what happens when you attempt to poison pests. Pesticides don’t just control unwanted beetles and slugs. They often kill more than just the target nuisance, including beneficial natural predators like lady bugs. A general insecticide will kill the majority of bugs in an area, but more than 90 percent of them were beneficial or benign. Furthermore, if a pesticide gets into your soil, it may also harm soil organisms that help to keep your plants healthy. By their nature, pesticides present risk to animals, humans, and the environment because they are designed to harm living organisms. As time passes, they keep accumulating in our soil and water bodies.

In a balanced ecosystem, predators will be in the minority. In other words, in an environment, there are many more prey organisms to ensure a continuous food supply for the predators. In such an eco-system, there are huge numbers of prey including, aphids, white flies, cabbage worms, leaf miners, mole crickets, spider mites, and others that may be eating your crops, lawns, and landscape plants, but relatively few predator bugs such as assassin bugs and relatively few bug predators such as lizards, frogs, toads, birds and bats.

As your landscape recovers from the poisoning, bugs will begin to multiply again, but since you’ve killed off the beneficial insects that used to keep them under control, the predators that survived the poisoning have moved away to areas where they can make a living. Many harmful bugs, possibly including new pests that were previously controlled, will recover in even greater numbers than ever before. You spray again and the process repeats itself and each time the most damaging pests will recover in ever increasing numbers. Repeated poisonings often encourage resistance to that pesticide, and people then switch to even stronger poisons in higher concentrations. Thus, in short, you are choosing the most resistant pest to multiply and it is getting harder & harder to control these pests. 

It’s time to break that cycle of harmful pesticides and manage your landscape as a complete ecosystem by using Integrated Pest Management (IPM). Like an old Korean proverb - ‘Do not draw your sword to kill a fly’, there are many ways to control pests instead of resorting to pesticides. 

Relying on insect predators and other eco-friendly strategies to control your pests is not a matter of sitting back and doing nothing. As with any other effective gardening method, it requires awareness, education, experimentation, effort and patience. While it’s easy to recognize the larger pest predators, identifying the good & the bad bug is more challenging, but it’s a vital step for ecosystem gardening. Many insects that we see are actually beneficial, such as butterflies, bees, ladybugs, lacewings and fireflies. For Example, Butterflies & bees perform the important function of pollinating our crops and flowers, helping plants to reproduce. Lady Beetles and lacewings eat aphids, scale insects, plant-feeding mites and insect eggs.

We have to have it in mind that it is pretty natural to have a few bugs nibbling on your plants. If you keep your soil and your backyard ecosystem healthy, Mother Nature will normally keep things from getting out of hand. The discovery of one caterpillar in a row of thriving vegetables is quite natural. One possible solution is to expect and tolerate a certain amount of pest activity.

When control of pests is necessary, there are many options to choose from before resorting to pesticide. The best way to control pests is to head the problem off before it gets started. Plant a diversity of Native plants that bloom all year. Many predators supplement their diets with pollen and nectar, so the same blossoms which make your garden beautiful will tend to attract the insect predators that you need to defend it. One may also choose from wide range of cheap IPM methods like installing insect traps, pheromone kits etc. Plant some nectar-rich flora alongside the vegetables and along with beauty, you will get protection too! Try and find out which Good bugs are there in your garden...as they are working day & night to look after your garden!

Bee Positive!

Albert Einstein once quoted as saying “If the bees disappeared off the face of the Earth, man would only have four years left to live.” Though it isn't entirely obvious, it is true that if bees & other pollinating flies were to disappear, humans would have no way to pollinate plants. If we were unable to pollinate plants, we would be unable to grow them, which of course, would lead to worldwide famine and eventually human extinction as well. The good news is there are things we can do to stop honey bee extinction before it becomes devastating.

Why Honey Bees and other flies are going extinct..?

No one knows the exact reason. Biologists have several theories and the real reason is likely to be a combination of several of these theories. One such theory is based on the use of chemical pesticides and herbicides that are being ingested by honey bees as they collect pollen from plants and flowers. 

Another popular theory as to why honey bee populations have decreased is due to global warming. Though the warming of the Earth is not affecting the bees themselves, it is causing increased populations of mites, viruses and fungi, which are in turn, killing off the bees.

The third popular theory on possible bee extinction is due to vulnerability to electromagnetic radiation. Electromagnetic radiation is specifically caused by cell phones and wireless communication towers.

Though it is possible that honey bees can become extinct, it is imperative that we stop the process of honey bee extinction now, before the devastating results are able to set in. As you can see, taking small steps in your own yard or neighborhood can bring safety and results in the race to save bees. Since we share this Earth with other creatures, it is only fair that we offer a helping hand when possible. It could, indeed, save human-kind as well.

Bees and flowering plants have a mutually dependent relationship which has developed over the eons in such a way that it benefits both the plants and the insects; they both need each other.

The bees’ food is provided entirely by the plants they visit. To attract the bees to the plant and consequently as a reward for their pollination services, plants provide bees with nectar & pollen.  Nectar is a food source rich in energy and pollen is a source of protein, used by young bees. Honey bees turn the nectar into honey and store the pollen in the cells of the honeycomb.  Storing food allows honey bees to survive in times of scarcity and across a wide range of habitats and climatic conditions, making the honey bee one of the earth's most adaptable species.

While honey bees and other insects are visiting flowers to feed, they spread pollen from one plant to another. Bees and trees are interdependent and have been perfecting their relationship over the last 50 million years or so bringing about pollination and the production of viable seed. Trees do not need bees simply for their own reproduction but for maintenance and regeneration of the whole system within which trees exist. The more species of fruits & seeds generating within an ecosystem, the greater its diversity and the richer its life carrying capacity. Trees and bees represent a truly harmonious symbiosis. Rural people can generate income from this symbiosis while at the same time helping to safeguard natural habitats by the sustainable use of bee resources.  

In most developing countries, the main honey sources come from trees. Beekeepers can protect their honey harvest by protecting the trees and plants that give the bees both food and shelter. Many honey bearing trees have other useful purposes as well, so protecting trees not only helps the bees, but also improves & preserves the local environment and enhances other strands of the bee farmers' livelihood.

One independent study has found, the losses of wild pollinators from agricultural landscapes could threaten global crop yields. One has to understand how the losses of wild pollinators impact crop production. The more wild pollinators a field contained, the more fruit it produced. Farm should include habitat for both honeybees & wild insect.

However, great changes have taken place over the last 50 years and the over-exploitation of forest now threatens the very existence of humankind. Because the value of trees is not fully appreciated trees are often disregarded during the expansion of other agriculture. One of today's greatest challenges is to save and protect forests and find sustainable management systems that provide food and income for future generations. The loss of forest resources will result in the loss of honeybee colonies as well as other essential pollinators.

Forests worldwide are of priceless ecological value; they prevent soil erosion, control flooding, affect rainfall, store and recycle nutrients, and provide habitats for vast numbers of plant and animal species. Beekeeping is therefore central to community forestry activities. The trees are essential for the survival and production of bees. Trees provide materials for beehives as well as the parent colonies and herbal materials that aid hive colonization. Trees protect the colonies from extremes of temperature while the floral diversity within the forest provides a sound basis for a sustainable beekeeping sector. The bees pollinate the tree flowers helping to regenerate the resource and the involvement of beekeepers in community forestry projects improves people's participation and leads to greater protection of the resource. It is important to understand the multi purpose value of trees and forests if we are to have any hope of conserving existing forests or developing new forest activities. Income from bees may be one of the fastest ways to bring profitability from more long term community forest projects.

There are three things EVERYONE of us can do to help bees :-

DO provide an environment safe for bees, free from pesticides and pollution.

DO provide good food sources for bees - flower-rich, diverse, with long seasons.

DO maintain bee habitats with nest sites as well as food and water. 

The next time you see a bee buzzing around, remember that much of the food we eat depends significantly on natural insect-mediated pollination - the key ecosystem service that bees and other pollinators provide...free of cost!