वसुधैव कुटुम्बकम् !

Vasudhaiva Kutumbakam’ is a Sanskrit phrase found in Hindu texts such as the Maha Upanishad, meaning, "the world is one family". Today, as we face global challenges like climate change, environmental degradation and loss of biodiversity, this ancient wisdom becomes more relevant than ever. It promotes a global perspective and prioritizes the greater good over individual or family interests. It encourages considering the welfare of others, fostering global solidarity and responsibility on various issues, including climate change, sustainable development, peace and tolerance of differences. It reminds us that our existence is woven into a larger, intricate tapestry of life that transcends borders, species and differences. 

The philosophy of Vasudhaiva Kutumbakam does not limit itself to human solidarity but extends to the entire natural world. Trees, animals, rivers, oceans, mountains - all are part of this one cosmic family. They do not merely exist for human benefit; they have intrinsic value and their own roles in maintaining the balance of nature. The world thrives because of this delicate interconnectedness. Any disruption to one part of the system can ripple outward, affecting all life, including ourselves. In simple terms: no one can sustain alone. 

Nature’s Self-Sustaining Systems

Nature, in its pure form, is the epitome of self-sustainability. Every element of the natural world plays a role in a grand cycle of renewal:

• Forests regulate the climate, produce oxygen, purify air, encourage rainfall and prevent soil erosion. They provide habitat for countless species, ensure biodiversity, and act as carbon sinks.
• Oceans absorb a significant amount of the world’s carbon dioxide and regulate weather patterns.
• Soil nourishes plants, and in return, plants protect and enrich the soil.
• Animals and insects participate in pollination, seed dispersion and maintaining the health of ecosystems.

These systems operate harmoniously without human interference. When left undisturbed, nature has the incredible ability to regenerate, repair and sustain itself. Every fallen leaf, every decaying animal, every raindrop and every gust of wind plays its part in the endless cycle of life and death, ensuring that nothing goes to waste.

The Disruption of Balance

However, humans - driven by self-centered motives and unchecked greed - have increasingly disrupted this equilibrium. Our activities have introduced pollutants, destroyed forests, overexploited resources and driven countless species to extinction. Despite experiencing firsthand the adverse effects of pollution, global warming and climate instability, concrete corrective actions are lacking.

One of the gravest challenges that we currently face is waste management. The exponential rise in solid and liquid waste generation has overwhelmed natural systems. Rather than reducing the waste production, even many developed countries rely on temporary solutions like incineration. While incineration may reduce the volume of waste, it releases harmful pollutants into the air, exacerbating environmental problems instead of solving them. Landfills, another common method, leak toxic chemicals into the soil and groundwater. Our failure to implement sustainable waste management systems highlights a deep disconnect from the values of Vasudhaiva Kutumbakam.

A Call to Action

If we are to survive and thrive, we must realign ourselves with nature’s principles. Here’s what we must urgently pursue:

• Reduce Waste Generation: Adopt minimalistic lifestyles, prioritize recycling and promote industries that use sustainable materials.
• Conserve Forests and Biodiversity: Protect existing ecosystems and support reforestation & biodiversity conservation initiatives.
• Promote Eco-friendly Technologies: Invest in clean energy, waste-to-energy plants and technologies that emulate nature’s zero-waste processes.
• Educate and Spread Awareness: Instill the philosophy of Vasudhaiva Kutumbakam in educational curricula and community programs.
• Support Circular Economies: Shift from a linear ‘take-make-waste’ economy to a circular economy where resources are reused, repaired and regenerated.

Nature, when respected and protected, has the innate power to sustain itself and all life within it. The ancient idea that the Earth and all its beings are one family is not a sentimental ideal; it is a fundamental truth critical for our survival.

We are not outside nature; we are part of it. Our wellbeing is deeply intertwined with the health of forests, oceans, animals, insects and the soil beneath our feet. Recognizing this interconnectedness and acting on it with responsibility and compassion is not optional - it is essential. The time has come to live by the spirit of Vasudhaiva Kutumbakam, not just in words, but in every choice and action we take. 

On the occasion of 15th anniversary of Gifting Trees, let us embrace the wisdom of the past to heal the future - because when we protect nature, we protect ourselves.

Our Ecosystems : Forests!

Of course, we need to plant native trees... But we need to understand that there is more to forests than just a massive collection of trees. It is a natural, complex ecosystem, made up of a wide variety of trees, which support a massive range of life forms. Apart from trees, forests also include the soils that support the trees, the water bodies that run through them and even the atmosphere or air around them. Forests of the world are a natural wonder that we, humans, have sadly taken for granted.

Environmental activists consider forests as one of the top 5 natural resources on Earth. This is rightly so, its high time why we should immediately stop its' destruction.

Forests are hugely important for life on Earth. This is because it serves as an ecosystem and sustains life for millions of animals, birds and aquafauna that live in the rivers & streams running through these forests…Biodiversity! Forests serve two important roles viz. Productive role and Protective role. While we all know about the products like Food, Shelter, Clothing, Fuel and Timber that we get from forests along with Non-timber Forest Products; we often take granted their priceless protective services. 

Climate Improvement

Forest increase local precipitation by about 5 to 10% due to their aerographic and microclimatic effect and create conditions favourable for the condensation of clouds. Forests reduce temperature and increase humidity. It also reduces evaporation losses. Forests form an effective sink for the carbon dioxide produced as a result of animal respiration, burning of fossil fuels, volcanoes and other natural & human-induced activities. And if that is not all, a by-product of photosynthesis is oxygen.

Forests play a significant role in maintaining the CO2 balance in the atmosphere and purifying the air.

Trees and soils help regulate atmospheric temperatures through a process called evapotranspiration. This helps to stabilize the climate.

Soil and water conservation

Forests maintain the productivity of the soil through adding a large quantity of organic matter and recycling of nutrients. The leaves are used as manure. Tree crowns reduce the attack of rain and check splash erosion. Forests increase the infiltration and water holding capacity of the soil, resulting in much lower surface runoff. This in turn results in checking of soil erosion.

Forest checks floods too! Forests intercept 15 to 30% of the floods caused due to siltation of river channels & irrigation resources caused due to erosion. Forests and trees reduce wind velocity considerably, which causes considerable reduction in wind erosion; checks shifting of sand dunes and halts the process of desertification. Rapid siltation of various reservoirs in the country is the result of deforestation in the catchment areas of these reservoirs.

Forest protect us from physical, chemical and noise pollution, dust and other particulates and gaseous pollutants cause serious health problems. Forests protect as from these pollutants. Forest and trees provide shelter and wind break effect which is beneficial to agricultural crops, particularly in arid and semiarid areas and increase agricultural production.

Watershed

Forests serve as a watershed…the area of land that contributes water to a stream or river. Almost all water that flows in rivers & lakes ultimately comes from forest-derived water tables.

Wildlife Habitat and Ecosystems

Forests serve as a habitat to millions of animals. Animals form part of the food chain in the forests. All these different animals and plants are called biodiversity, and the interaction with one another and with their physical environment is what we call an ecosystem. Healthy ecosystems can better withstand and recover from a variety of disasters such as floods and wildfires.

Forests and biodiversity are the key to all life forms. The richer the diversity of life, the greater the opportunity for medical discoveries, economic development and adaptive responses to such new challenges as climate change. Uses of genetic diversity within forests enable the development of new medicines; progress in health care and science.

Looking at the importance of forests and trees, You can deduce the massive effects of deforestation and tree-cutting activities… Soil erosion, Disturbed Water Cycle, Loss of Biodiversity, Climate Change etc. But what we can not see or relate to is Loss of livelihoods of the people directly depending on the forests and loss of lives due to effects of deforestation like droughts, floods, human animal conflict, invasive dominance of a particular species.

Close to one billion hectares (2.5 billion acres) globally is estimated to be available for some kind of forest restoration. If only it were that simple.

So how to regrow a forest? : Get out of the way.

According to International Union for Conservation of Nature (IUCN), the best thing we can do to regrow a natural forest is to stop interfering in the forest ecosystem. The nature will take care of the rest.

One needs to understand the types and importance of forests, the problem of deforestation and it's effects, as well as what we can do to minimize the consequences. Sometimes, we are overwhelmed by the extent of damage humans have caused, and we are not sure if an individual can make an impact.

Yes, you can!

There are millions of people just like you, who are learning about the issue and taking little steps to help. Additionally, many governments, organizations, and societies are making great strides in helping reducing deforestation.

But there is still a lot to do. On the 14th anniversary of Gifting Trees, let us discuss a few things you can also do to help...

Make a conscious effort to share information with friends and family members on deforestation and its' effects. Things work better when responsible people don’t give up. Stand up for what you believe in!

Reduce the use of artificial items, recycle more and re-use items. Wood, paper, plastics and many other things we use every day at home can be linked to natural resources being destroyed. This means that if we all recycle more, there will be less dependence on the environment (and forests).

Allowing degraded natural forests to re-grow is a more effective, immediate and low-cost method for removing and storing atmospheric carbon than planting new trees.

These forest ecosystems - the result of ecological and evolutionary processes and their natural patterns of distribution and abundance of plants and wildlife have greater resilience to external shocks. They can adapt to changing conditions and store more stable natural carbon stocks than young, degraded or plantation forests. Nowadays, Miyawaki forests have gained widespread attention as a promising approach to reforestation and biodiversity restoration. However, these newly planted forests(?) can not even match the natural forests, let alone be the substitute for them. Yes, trees must be planted & grown in urban settlements and industrial areas. But PLANTING TREES IS NO SUBSTITUTE FOR NATURAL FORESTS..! Remember, "One can plant trees, but can not plant a forest!" 

Growing existing natural forests to maturity optimizes their biological sequestration potential to remove carbon dioxide from the atmosphere. As well as maximizing cost-effective and natural carbon sequestration, proforestation also provides other benefits such as clean water supply from filtration by tree roots. But the natural forests must grow naturally and not by introducing artificial plantations in a natural forest. Introducing non-native species and altering forest type or topography could disrupt existing ecosystems and ecological processes, potentially leading to unintended consequences.

Indigenous vs. Introduced Plants : The Ongoing Debate

Few months ago, I stumbled upon an article written by a representative of an ecological restoration firm that has been promoting native plant species for the past decade. The article sparked controversy by suggesting that non-native tree species need not be shunned altogether. Though the statement was not completely wrong, that article raised eye-brows of many nature-lovers as the statement was contradicting the very soul of that organization. 

So how do you decide what kind of tree to plant? Or perhaps, have you wondered, while walking down a city street or strolling through a park, why did we choose to plant a row of non-native Gulmohor or Rain-trees, instead of trees native to our region? This post aims to provide clarity on this topic by exploring the various factors that influence our tree-planting choices. 

At present, there is a debate on whether to plant indigenous trees or introduced/alien trees. Some favor indigenous native trees while others do not seem to bother about the species. But this debate should be considered from an environmental standpoint.

Different plants thrive in different regions of our country according to the nutrients, climate and habitat. These plants and the wildlife that depend on them create a rich ecosystem, and the introduction of an alien plants into this delicate balance is a matter of ongoing debate. Some say that many introduced shrubs, vines & trees that are naturalised in India, are useful. The examples include guava, custard-apple, grapes, sugarcane etc. But it should be noted here that all these plants are grown agriculturally, where their spread is controlled, carefully maintained. Furthermore, not all introduced plants are non-invasive or benign to the ecosystem.

Proponents of introduced trees argue that they provide shade, oxygen, and visual appeal through their colorful flowers. However, the problem arises when a single introduced tree species outcompetes ten native trees, leading to a tenfold reduction in carbon dioxide absorption and shade. Additionally, habitat loss for birds and pollinators can have devastating impacts on the ecosystem. Introduced species are often free from natural predators & pests, which makes them prone to becoming invasive, out-competing native flora for water and soil. This in turn drives away biodiversity and reduces the chances available for native species, leading to biological pollution. Introduced plants are often short-lived and brittle, making them susceptible to uprooting during storms. The leaves of trees like Eucalyptus and Mangium do not decompose easily and do not contribute to the production of organic fertilizer, resulting in soil pollution. 

While introduced trees like Gulmohar, Copperpod, Jacaranda and Spathodea may look beautiful, their ecological value is negligible. Although a few species of birds may perch on these trees, and pollinators like bees may occasionally be seen on their flowers due to a lack of other flowering species, it would be foolish to conclude that introduced species attract birds and pollinators. Many state governments have banned the cultivation of Eucalyptus due to the large amount of water it absorbs from the soil, which can exacerbate water scarcity issues in certain areas. Introduced species like Gliricidia, Mangium (Acacia Mangium), Earleaf Acacia (Acacia Auriculiformis) and Mesquite (Prosopis Juliflora) were brought to India from Australia and Mexico for rapid reforestation, timber, and fuelwood purposes. However, these same plants have now become a serious threat to ecosystems, competing with indigenous flora and fauna and disrupting nutrient cycling and hydrology. This impacts the overall economic stability of local communities and human health. Many of these species have aggressive root systems or produce a large number of viable seeds, both of which allow the plants to quickly invade the soils outside their growing areas. This resulted in almost destruction of the native Babool (Acacia Nilotica, or recently known as Vachellia Nilotica), which is an important tree species if dry regions. 

Trees native to a particular region have evolved to thrive in specific soil types, rainfall patterns, light availability, seed dispersal mechanisms, and other environmental attributes. In their native environment, these trees may provide cover, food, and habitat for birds, amphibians, insects, and mammals. The tree species that have been living in India for centuries and providing benefits not only to humans but also to wildlife and the ecosystem deserve priority. In fact, there are several fast-growing native trees in India that bear beautiful flowers. Native trees are more adaptable to their growing conditions and more resistant to disease than alien species that have only been introduced in recent decades. You can find the list of native trees here.

Several gardening enthusiasts and nature-lovers derive satisfaction from cultivating rare and uncommon plant species, which are not easily found in their vicinity. In fact, the introduction of new plants is a celebrated activity which delights many gardeners, and attracts media attention. These practices have contributed to scarcity of our own important native species in the urban areas across India. Sadly, it is now increasingly challenging to come across trees like Palash, Sita-Ashok or Kaim in the gardens of many cities. 

In conclusion, it is important to understand the impact of the trees we plant in our region. While non-native species may be visually appealing, they can have negative impacts on the local ecosystem. On the other hand, native trees have evolved to thrive in their environment and provide important benefits to both humans and wildlife. By prioritizing the plantation of native trees, we can promote a healthier and more diverse ecosystem while also supporting the local economy and preserving our cultural heritage. Though there is no need to hate the previously planted and grown non-native trees; at least now onwards, the plantation of any alien or foreign plant must be strongly discouraged. 

Today is 13th anniversary of Gifting Trees... Come, let us all take responsibility to protect our environment and choose the right kind of trees to plant for a sustainable future!

Teacher of the Year!

Once upon a time, there was a young and successful officer going to his village. He was driving a bit faster in his new BMW. He saw a boy calling for help on a turn. He thought he saw something but didn’t stop. Right then a brick hit his car. Angrily, the officer applied breaks, went back to grab the boy and started scolding him for the damages of his car. The boy pleaded, “I am really sorry sir! Please forgive me!! But I have to use that brick as no one was stopping. My brother fell from his wheelchair. He is hurt and I can not lift him by myself”. The officer went speechless, and was shocked to see his handicapped brother. He helped the boy. The boy thanked the officer with teary eyes and said,”May God bless you sir!” Yes, that brick may have caused some damages to his BMW; but also taught him a lesson - DO NOT GO very fast through life, otherwise just to draw your attention, someone will have to hit you with a brick!

Can You relate to the story?!

Well, we are just similar to that officer. We... Human beings often forget that we are largely dependent on Nature or Mother Earth and become ignorant towards her. We have been so reluctant and negligent to the preservation of natural resources and sustainable living that we had already forgotten about the dynamic equilibrium of Nature. The time has come when we are facing the increasing incidents of droughts, sun-strokes, cloud-bursts, floods, land-slides, pandemics and number of deaths associated with it.

Ecological Integrity refers to the ability of an ecosystem to support and maintain ecological processes and a diverse community of organisms. In simple language, ecosystems have integrity when they have their native components intact. So this ecosystem integrity underlines human health and development. It can help regulate diseases by supporting a diversity of species so that it is more difficult for one pathogen to spill over, amplify or dominate. Human-induced environmental changes modify wildlife population structure and reduce biodiversity, resulting in new environmental conditions that favour particular hosts, vectors and/or pathogens. The loss of habitat and biodiversity creates conditions for lethal new viruses and diseases to spill into human communities. And if we continue to destroy our lands, we also deplete our resources and damage our agricultural systems.

The WHO has declared the COVID-19 outbreak a Public Health Emergency of International Concern. The outbreak has resulted in the untimely death of tens of thousands worldwide, a global economic recession and the collapse of health-care systems among many of the hardest-hit countries. To be clear, the pandemic is a tragedy and has affected human life very badly, overloaded hospitals, unemployment, economic disaster and it has caused depression in millions of people and many countries around the world have lockdown & quarantined its citizens to slow down the spread of the virus. While the origin of the outbreak and its transmission pathway are yet to be discovered, there are few important points worth reviewing...

Outbreaks that emerged or re-emerged recently are Ebola, bird flu, Middle East respiratory syndrome (MERS), the Nipah virus, Rift Valley fever, Sudden Acute Respiratory Syndrome (SARS), West Nile virus, Zika virus disease, and now, the Corona virus. They are all linked to human activity. 

According to www.worldenvironmentday.global, the Ebola outbreak in West Africa was the result of forest losses leading to closer contacts between wildlife and human settlements; the emergence of avian influenza was linked to intensive poultry farming; the Nipah virus was linked to the intensification of pig farming and fruit production in Malaysia and emergence of bat-associated viruses was due to the loss of bat habitat from deforestation and agricultural expansion.

The Covid-19 lockdown imposed throughout the world has struck a chord in every one of us and it has made us thinking how nature is so important for our day to day living. It gave us the time to stop, analyse our deeds and  introspect. It has made us see that our actions can very well impact the Earth’s sustainability.

Traffic-free roads, plane-free skies and widespread brick-and-mortar closings have made the planet a beneficiary of the coronavirus pandemic - but only in the short term. Amid the destruction, the pandemic has brought forth wins for a world that leaves room for humans and animals to coexist happily.

From breathing pure air to greener trees, spotting various wildlife into the urban settlements; there are some important environmental changes that we have seen for this lockdown in India, which are improvement in air quality, reduction in air pollution and water of Ganga became fit for drinking in Haridwar. Animals have more room to roam due to decreased pollution and human interference. Dolphins are spotted near Kolkata ghats, increased numbers of flamingos in Mumbai and Arrival of endangered Olive Ridley sea turtles ashore along the coast of Odisha to dig their nests & lay eggs; are some of the examples.

It’s safe to say that no one would have wanted for emissions to be lowered this way. COVID-19 has taken a grim global toll on lives, health services, jobs and mental health. But, if anything, it has also shown the difference that communities can make when they look out for each other - and that’s one lesson that could be invaluable in dealing with climate change.

May this COVID-19 pandemic will end soon. But what we learn out of it will decide our future. Are we going to repeat all those mistakes we used to do before or we going to change our detrimental actions? We all know, digging up fossil fuels, cutting down forests and sacrificing the planet’s health for profit, convenience & consumption is driving catastrophic climate change. It’s time to abandon this destructive system and find sustainable ways to inhabit our planet. This lockdown have made us realize that Life goes on even in the reduced speed of development...or rather, its more pleasant too! So why not to lead a simpler life voluntarily; rather than waiting for some tiny virus to force us to do the same?!

It is impossible to predict where the next outbreak will come from or when it will be. Growing evidence suggests that outbreaks or epidemic diseases may become more frequent as climate continues to change. By embracing a simpler way of life characterized by a compassionate & ecological consciousness, frugal consumption and inner development; people can change their lives and, in the process, move the world toward sustainable prosperity. The novel corona virus has taught us so many things. 

The question is – Are we ready to learn?!

Today is 10th anniversary of Gifting Trees... Let us join hands for embracing Voluntary Simplicity..!

What would happen if all the trees were destroyed?

We love trees and the fauna associated with trees. But there are some self-centred individuals who find trees full of leafy trash and insects.

"What difference will a tree sapling will make?", is what few say.

Well... We are not merely planting a tree-sapling. We believe, we are planting a hope...as I said in the beginning of this initiative.

And here is an eye-opener !

If all the forests were destroyed the world would practically be destroyed because if there are no trees there will be no humans and no humans is no world.

The removal of all the trees on earth would be a disaster. Whole ecosystems would collapse and many, many species of animals would disappear for lack of food, shelter, cover, nest sites and a host of other critical elements to their existence. Certainly other plants (mostly invasive weeds) would fill in behind the trees, but if the trees go, life as we know it will disappear and something else will have to take its place.

Trees carry out a very important function. They remove Carbon dioxide from the air when they grow! If trees are destroyed, then eventually there would be less plants to trap this CO2 in their growth. Without trees, the CO2 level would rise very quickly and as CO2 is a green-house gas then the temperature on Earth would rise as well leading to super global warming! CO2 is also acidic and the amount of CO2 in the ocean would also rise making the oceans acidify and killing many if not most of the animal species and plant species in the oceans of the world. The main concern with Climate Change is the melting of polar ice caps. This would release huge amounts of water into the worlds oceans raising sea levels & coastal flooding but most importantly totally changing the worlds weather system by increasing the amount of water in the atmosphere as well leading to extreme weather conditions. Signs of this are already happening due to the release of CO2 from industries. If the Arctic ice cap melts at a continuing rate then a period of global warming will lead to a very quick change to global freezing. The snow would reflect the sun's rays away. There you go... After a brief period of global warming ruining the animal species then we would very quickly revert to a period of rapid cooling and maybe even an ice age..!

We can avoid this... by simple act of planting a tree and reducing the usage of wood. Single native tree...if planted by each one, there will be hope for our existence on the planet & our future. Trees are living solutions for our people in need of food, water, clean air and environment protection in the face of increasing climatic instability!

Today is 9th anniversary of Gifting Trees. May there be green everywhere in urban settlements. 
Let there be Native trees...everywhere!

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...

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!

We and Trees : Faunal Association

A garden which is not inhabited by birds, bees or animals is a waste one. This might happen if these creatures are not used to have food or shelter from trees, shrubs in that garden. Some call it a green desert, but I personally, don't like the terminology; as even a desert is a good habitat for number of flora and fauna.

With the bad experience from the introduced trees, we started planting natives. And we were amazed to see that how nature finds her way. If one chooses the flora wisely, fauna has to be attracted to the place; even in the midst of a concrete jungle.

Here are few photographs of our neighbours... :)

Urbanites usually fell Babool, Ber trees, if any in their residential area; but these trees attracts wide number of bird species. We have to keep in mind that these are our native trees which are since ages, serving not only birds & animals, but serving us also.

One habit urbanites have, which they assume good & tidy. They never allow the soil beneath trees to breath. I mean, they usually cover it with tiles or concrete. Nowadays, unlike villages, every inch of the land is covered up. So they prefer pots for plantation or if they happen to plant one in the ground, they leave hardly any space around the tree. And then, every morning they have to clean the 'garbage' of dried or shed leaves from the tree. Is this at all make any sense?!

We need to understand that, every small-sized planted tree should have area of at least 2 by 2 feet. That way, the shed leaves will fall on the soil and will help enriching it giving all the nutrients the tree will ever need. The leaves will attract insects, insects in turn will attract birds & reptiles. Also during monsoon, the soil will help in increasing the ground water level. There is always a balance in every sector of Nature. But somehow, this balance is tampered by us only, isn't it?!

Counting our Gifts...

If you have noticed, when you wake up early in the morning, there is a pleasant music of Nature that is playing in the backyard. Yes, there is chatter of birds, chirping of crickets or croaking of frogs, even in cities like Mumbai. We hear them everyday; may be that’s why we tend to ignore it. But there are some areas in the developed world where it is deathly silent. Want to know why it is so..?

Pure air, Solar energy and fresh water are known to be our resources. I need not tell you the pollution of Air and Water taking place all round the globe. Everything..from pesticides to our daily drainage, our devoted offerings to Deities (Nirmalya, as called in India) to heavy loads of cosmetics used in make-up..everything ultimately reaches to our sacred rivers and then to ocean. All our deeds have made the water of rivers so unfit for use that we have to spend crores to make it suitable for consumption.

Some might say, "We never throw anything harmful into river. Then why we are forced to pay for water purification in the form of taxes?"

Yes, you might have never ever used pesticides or cosmetics (?). But, being a consumer, you must be using numerous products which are manufactured in industries. Take for example, Paper manufacturing company or a Thermo-electric power plant. I am not trying to criticise anybody or any company here. All I want to say is ultimately, its all of us, Humans, who are responsible for these pollutions. There N number of industries or companies which are disposing the harmful chemical by-products into rivers or emitting disastrous gases in the atmosphere without any pre-treatment.

So I will say the taxation is justified! But here We are taking all the living organisms in water for granted. We are paying in currency, but forcing them to pay in the form of their lives; and that's too for our deeds. In Nashik, we have example of Nasardi. Surprised? Yes, it used to be a fresh water river few decades back, harbouring many fishes & other organisms. But now it is being converted into a Nala (river of dirty water) in which only disease spreading mosquitoes or like can develop. Its our loss too as we lost a source of fresh water.

Same applies for Air. As the cities increased in size, air pollution increased exponentially. With less food available for birds, they have to migrate to countryside. But their too, we have fields sprayed with poisonous pesticides; further contributing to decreasing the number of birds. Similarly insects, amphibians, reptiles have decreased tremendously in numbers in last decade, especially in developed countries.

Thank God we couldn’t yet deteriorate the solar energy, which is an energy source for life on Earth. But still there are reports of declining soil fertility from various parts of the world. To understand this, we must now look at another of the Earth’s basic resources, the soil. The top soil contains loads of micro-organisms, ranging from algae to earthworms. They all are essential component of soil. The action-interaction of these micro-organisms help in enriching the soil with number of macro- and micro-nutrients. The soil won't be fertile if we lose these creatures. And that's what is taking place. The pesticides & herbicides won't differentiate in 'good' insects/micro-organisms and 'bad' ones. Its spraying kills them all. It also been reported & proved that the traces, usually in increased concentrations, of these poisonous pesticides are found in the soil even after 5 years; though rain water keeps on washing them into the water streams, contaminating the the aquatic life too!

Water, soil and Earth’s green mantle of plants make up the world that supports the animal life of the Earth. Although we, modern man seldom remember the fact, we could not exist without the plants that harness the sun’s energy and manufacture the basic foodstuffs he depends upon for life. Our attitude towards plants and other organisms is singularly narrow one.

The problem is, We do not adjust or change according to Nature. We try to change Nature according to us. Actually speaking, Nature has everything to sustain and balance the life..enough for man's need, not for man's greed! But one thing we have to keep in mind, if we want our future generations to live here peacefully and prosperously, then we have to share this world with all living organisms. After all, its their world too!

'But how?'

For starters, lets have a look at our roadsides or field borders. Usually we do not allow growth of wild shrubs & climbers there, do we? Especially in some parts of urban societies. Generally, though known as weeds, these shrubs & climbers are not invasive at all. Of course they usually accompanied by real weeds too, but this doesn't mean that we should remove them also. We can't ignore the beautiful flowers they bear, which also provide food for bees and insects. These insects, so essential to our agriculture, deserve something better from us than the senseless destruction of their habitat. There is obviously more to the wish to preserve our roadside vegetation than even mere aesthetic considerations. In the economy of Nature, the natural vegetation has its essential place. Hedgerows along country roads and bordering fields provide food, cover and nesting areas for birds and homes for many small animals. But their destruction is justified by their bad company. How could some intelligent beings seek to control a few unwanted species by a method that contaminated the entire environment and brought the threat of disease and death to their own kind? To destroy the homes and the food of wildlife is perhaps worse in the long run than direct killing. 

You can definitely search other ways to if you wish to..like keeping water-baths or so. Keep your eyes wide open and you will certainly find the way.

If we look at the history of life on Earth, it has been a history of interaction between living things and their surroundings. The origin of Life on Earth is dated 3.8 billion years back while that of first human 2 million years ago, according to scientists. If we consider this era from the start of life on Earth till today as 1 hour. Then calculations tell that we, humans have come here just 1.89 seconds before! All other organisms like insects, fish, plants, amphibians, reptiles, mammals, birds etc have been here since eons of time, a way before humans. So we are new-comers here. But look at the hell around we have created for the other living organisms. They, certainly do not deserve this!

It took hundreds of millions of years to produce the life that now inhabits the Earth - eons of time in which that developing and evolving and diversifying life reached a state of adjustment and balance with its surroundings. Given time - time not in years but in millenniums - life adjusts and a balance has been reached. For time is the essential ingredient; but in the modern world, there is no time!

Do You wish to change the perspective to look at our environment and its inhabitants???