Single instead of double-flowered varieties: double-flowered varieties provide almost no nectar and pollen for pollinators
• Perennials over annuals: perennial plants are generally better sources of pollen and nectar. They can also be easier to maintain as they don’t require replanting every year.
• Do you see pollinators visiting it? When choosing plants to buy at a nursery, look for the bees: you will quickly discover which flowers they visit most.
Want healthier plants and fewer garden pests without using harsh chemicals? The secret isn’t spraying—it’s inviting beneficial insects to your backyard!
Installing a Bee & Insect Hotel provides a safe refuge for nature’s best garden helpers.
🐞 Who Lives in an Insect Hotel?
Different species use specialized compartments inside the hotel:
Solitary Bees: Nest in natural bamboo tubes. They are gentle non-stinging insects that pollinate up to 120 times better than honeybees!
Ladybugs & Lacewings: Live in pre-drilled wood blocks and wire mesh areas. They eat thousands of plant-damaging aphids.
Butterflies: Seek shelter inside the slotted wooden chambers during wind or rain.
☀️ 4 Simple Rules for Perfect Placement
Facing Sun: Mount it facing East or Southeast to catch warming morning sunlight.
Right Height: Hang it 1 to 2 meters off the ground on a fence, wall, tree, or balcony rail.
Keep Dry: Place it under a roof overhang or sheltered area to protect against heavy rain.
Plant Nearby Flowers: Surround it with nectar-rich plants like lavender, basil, and marigolds.
🧰 Quick Care Tip
Leave it outside all year! Many beneficial insects hibernate inside the tubes during winter, so keeping it outdoors ensures they wake up naturally in spring.
Creating a safe and respectful workplace requires more than policies—it depends on the everyday actions, attitudes, and accountability of every employee.
Madhuri Varshney recently conducted an interactive POSH (Prevention of Sexual Harassment at Workplace) awareness session for the officers and staff of Prasar Bharati (Doordarshan). The session covered key aspects of the POSH Act, 2013, workplace dignity, consent, professional conduct, and the shared responsibility of fostering a safe and inclusive work environment.
The enthusiastic participation and thoughtful discussions reflected the organization’s commitment to promoting respect, equality, and gender sensitivity at the workplace.
A sincere thank you to Prasar Bharati (Doordarshan) for prioritizing POSH awareness and taking meaningful steps towards building a culture of trust and mutual respect.
Creating a safe space for beneficial insects is one of the easiest ways to support biodiversity in your garden. An insect house provides nesting and shelter for solitary bees, ladybugs, lacewings, and other helpful insects that naturally pollinate plants and control pests.
Simply hanging an insect house isn’t enough—the right location and care make all the difference.
Step 1: Choose a Sunny Location
Beneficial insects prefer warm, dry places.
Install your insect house where it receives morning sunlight, ideally facing east or southeast. The warmth helps insects become active earlier in the day.
Avoid placing it in permanent shade.
Step 2: Keep It Dry
Moisture can damage nesting materials and encourage mold.
Mount the insect house beneath a roof overhang, pergola, tree canopy, or another sheltered location where heavy rain cannot enter the nesting holes.
Step 3: Install at the Right Height
For best results, position the insect house approximately 1–2 metres (3–6 feet) above the ground.
This protects insects from excessive moisture, predators, and accidental disturbance.
Step 4: Mount It Securely
An insect house should remain stable throughout the year.
Attach it firmly to a wall, fence, tree, or wooden post so it does not swing in the wind. Constant movement discourages insects from nesting.
Step 5: Plant Pollinator-Friendly Flowers Nearby
An insect house works best when food is available close by.
Grow nectar-rich plants such as:
Marigold
Cosmos
Sunflower
Lavender
Basil (Tulsi)
Coriander
Mustard
Native wildflowers
The more flowering plants you have, the more likely beneficial insects will choose your insect house.
Step 6: Avoid Chemical Pesticides
Pesticides can harm the very insects you’re trying to protect.
Choose organic gardening methods whenever possible and encourage natural pest control by attracting ladybugs, lacewings, and predatory insects.
Step 7: Leave It Outdoors All Year
Many beneficial insects spend the winter inside nesting tubes before emerging in spring.
Do not bring the insect house indoors during winter. Let nature complete its cycle.
Step 8: Inspect Once a Year
Minimal maintenance is required.
At the end of the season:
Remove damaged nesting materials if necessary.
Check that bamboo tubes remain clean and dry.
Tighten any loose screws or hanging hooks.
Replace broken parts if needed.
Avoid disturbing occupied nesting tubes.
What Insects May Visit?
Depending on your location, your insect house may attract:
Solitary Bees
Mason Bees
Leafcutter Bees
Ladybugs
Lacewings
Hoverflies
Each of these insects contributes to healthier gardens through pollination or natural pest management.
Most people think insects are pests, but many of them are actually nature’s hardest workers. Solitary bees, ladybugs, lacewings, and other beneficial insects pollinate flowers, improve crop yields, and naturally control harmful pests.
Unfortunately, modern cities and intensive farming have destroyed many of their natural nesting habitats.
A Wooden Insect House offers these tiny helpers a safe place to live, breed, and continue supporting our environment.
Whether you have a home garden, balcony, farm, school campus, or Miyawaki forest, installing an insect house is a simple step with a lasting environmental impact.
Benefits of an Insect House
🐝 Supports native pollinators
🌼 Improves flowering and fruit production
🐞 Encourages natural pest control
🌿 Enhances biodiversity
🌍 Creates a healthier ecosystem for future generations
A Small Home. A Big Difference.
One insect house can support hundreds of beneficial insects throughout the season, helping restore the balance between people and nature.
🌱 Save Insects. Save Pollinators. Save Our Future.
Call to Action
Looking to make your garden more sustainable?
Install a handcrafted Wooden Insect House and become part of the movement to protect India’s pollinators.
Contact Rise Foundation at +91 9717764262 for more information .
Rise Foundation successfully conducted a POSH (Prevention of Sexual Harassment at Workplace) Awareness Training for the teachers and staff members of Arwachin School, reinforcing the importance of creating a safe, respectful, and inclusive work environment.
With increasing emphasis on POSH compliance across educational institutions, schools have a legal and ethical responsibility to ensure that every employee understands their rights and responsibilities under the Sexual Harassment of Women at Workplace (Prevention, Prohibition and Redressal) Act, 2013.
Key Highlights of the POSH Training
The interactive workshop was led by Madhuri Varshney, Social Worker and POSH Trainer at Rise Foundation. The session focused on practical understanding of workplace safety and respectful professional behaviour.
Topics covered during the training included:
Overview of the POSH Act, 2013
What constitutes sexual harassment at the workplace
Rights and responsibilities of employees and employers
Role of the Internal Committee (IC)
Complaint filing and redressal process
Understanding consent and maintaining professional boundaries
Building a culture of dignity, equality, and respect
Preventive measures for creating a harassment-free workplace
The participants actively engaged in discussions, asked thoughtful questions, and shared workplace scenarios, making the session highly interactive and relevant.
Why POSH Training is Important for Schools
Educational institutions are workplaces where teachers, administrative staff, support staff, and other employees deserve a safe and respectful environment. Regular POSH awareness workshops help schools:
Ensure compliance with the POSH Act, 2013
Promote gender sensitivity and mutual respect
Prevent workplace harassment through awareness
Strengthen employee confidence and trust
Create a positive and inclusive institutional culture
A well-informed workforce is the first step toward preventing workplace harassment and ensuring a secure environment for all.
Rise Foundation’s Commitment to Workplace Safety
Rise Foundation conducts POSH Awareness Training, Internal Committee (IC) Training, Workplace Gender Sensitization Workshops, and POSH Compliance Programs for schools, colleges, NGOs, corporates, hospitals, and other organizations across India.
We sincerely thank the management of Arwachin School for organizing this important initiative and demonstrating its commitment to employee well-being and workplace safety.
“A culture of respect is the foundation of a safe and productive workplace.”
Looking for POSH Training for Your Organization?
If your school, college, NGO, corporate office, or institution is looking for POSH Training, Internal Committee (IC) Capacity Building, POSH Awareness Workshops, or POSH Compliance Programs, Rise Foundation offers expert-led, interactive training sessions tailored to your organization’s needs.
For training enquiries, visit www.ngorisefoundation.com or contact our team to schedule a customized POSH workshop.
Reducing energy consumption in buildings (particularly for temperature control), which in turn reduces the consumption of energy from polluting sources
Directly removing pollutants from the air
These impacts combine to create powerful, lasting effects for the the communities where trees are planted.
The Two main types of pollutants that trees remove from the atmosphere:
Gaseous air pollution: Tiny pores on the leaves of trees, called stomata, inhale air that contains toxic pollutants. Once absorbed, gases, including pollutants such as SO2, NO2, CO, and ozone, diffuse within the inner surfaces of the leaves, and are broken down.
Particulate matter:Trees remove some particulate matter from the air by temporarily “catching” it on their vegetative surfaces. When it rains, these particulates wash off of the tree and are carried into the soil or dissolve into stormwater.
How Do Trees Produce Oxygen?
Trees produce oxygen through a process that you’ve probably heard of; photosynthesis. The tree’s leaves absorb carbon dioxide and water from the air, and use solar energy to convert it into chemical compounds, including sugars, that it can consume as food. Oxygen is a by-product of this process and is released by the tree. It has been estimated that, thanks to this process, one large tree can provide a day’s supply of oxygen for up to 4 people.
How much co2 do trees absorb?
In addition to absorbing airborne pollutants and releasing clean oxygen for us to breathe, trees absorb carbon dioxide from the atmosphere and use it to build their leaves, branches, trunks, roots, and the soil.
To determine the amount of carbon dioxide a tree can absorb, we combine average planting densities with a conservative estimate of carbon per hectare to estimate that the average tree absorbs an average of 10 kilograms, or 22 pounds, of carbon dioxide per year during the first 20 years of growth.
Understanding the Difference Between Rapid Urban Forests and Natural Climax Forests
The Miyawaki afforestation technique has gained global recognition for transforming barren urban lands into dense green forests within a few years. From schools and corporate campuses to degraded urban landscapes, Miyawaki forests are helping cities combat climate change, improve biodiversity, and restore ecological functions.
However, one criticism often raised is that the trees are planted so densely that their crowns begin to overlap and “clash” as they grow. Some critics argue that this is unnatural and question whether Miyawaki forests can truly resemble mature natural forests.
Is Crown Clashing a Problem?
The short answer is no.
In a Miyawaki forest, 3–5 native saplings are typically planted per square meter. This dense planting encourages rapid vertical growth as trees compete for sunlight. As the canopy develops, crowns naturally overlap and interact with each other.
This phenomenon is not unique to Miyawaki forests. In fact, competition for light, water, and nutrients occurs in all natural forests. Ecologists refer to this process as self-thinning, where weaker trees gradually decline while stronger trees continue to grow and dominate.
Therefore, crown clashing should be viewed as a natural stage of forest development rather than a sign of failure.
Vedatya Institute , Gurgaon. Miyawaki Afforestation
Does a Miyawaki Forest Resemble a Climax Forest?
Not entirely.
A mature or climax forest develops over many decades or even centuries and possesses complex ecological characteristics such as:
Multiple canopy layers
Natural gaps and uneven spacing
Trees of different ages
Deadwood and decomposing organic matter
Complex relationships among plants, fungi, insects, birds, and mammals
Miyawaki forests are designed primarily to accelerate the early stages of ecological succession. They rapidly establish canopy cover and biodiversity but cannot instantly recreate centuries of ecological evolution.
A 10-year-old Miyawaki forest should therefore not be compared with a 150-year-old natural forest.
What Happens Over Time?
If left undisturbed, Miyawaki forests gradually become more natural.
Over 20–30 years:
Competition reduces tree density through natural self-thinning.
Crown clashes decrease as dominant trees establish themselves.
Forest structure becomes more diverse.
Soil health improves.
Biodiversity increases.
Ecological functions strengthen.
The forest begins to transition from an artificially dense plantation into a more stable ecosystem.
The Role of Miyawaki Forests in Urban Ecological Restoration
Urban areas face unique challenges including land degradation, pollution, habitat loss, and rising temperatures. Waiting decades for natural succession is often impractical in cities.
This is where Miyawaki afforestation excels.
Rather than being viewed as a perfect replica of a climax forest, Miyawaki forests should be recognized as powerful ecological restoration tools that rapidly bring nature back into degraded urban environments.
For cities such as Delhi, Gurugram, Faridabad, and Rishikesh, Miyawaki forests can:
Improve air quality
Reduce urban heat islands
Support pollinators and birds
Increase carbon sequestration
Improve soil health and water retention
Create green spaces for communities
The Way Forward
The future of urban forestry lies not in choosing between Miyawaki forests and natural forests, but in integrating the strengths of both approaches.
A modified Miyawaki model using native species, pollinator habitats, water-retention features, and long-term ecological monitoring can create resilient urban ecosystems while allowing natural forest processes to develop over time.
Crown clashing is not a failure of the forest. It is simply nature competing, adapting, and growing.
The true measure of success is not how neatly the trees are spaced, but how effectively the forest restores life to degraded land.
Rise Foundation recently organized an awareness session for the housekeeping and facility management staff associated with Taj Ambassador at Brahma Apartments, a residential complex that has successfully implemented a Zero-Waste Management System.
The session was conducted by Madhukar Varshney and Madhuri Varshney with the objective of showcasing how a residential community can effectively manage its waste through segregation, composting, and responsible handling of recyclable materials.
Understanding the Zero-Waste Model
Brahma Apartments has demonstrated that with proper systems and community participation, a significant portion of waste can be processed within the premises, minimizing the amount sent to landfills.
During the session, participants were taken through the complete waste management journey, including:
Waste Segregation at Source
The importance of separating wet waste, dry waste, and sanitary waste was explained as the first and most critical step in achieving zero-waste status.
On-Site Composting
The staff learned how kitchen and garden waste can be converted into nutrient-rich compost through systematic composting practices. This not only reduces landfill waste but also creates a valuable resource for maintaining green spaces within the community.
Plastic and Dry Waste Management
The discussion covered the collection, storage, and channelization of recyclable materials to authorized recyclers, ensuring that valuable resources remain within the circular economy rather than becoming environmental pollutants.
Operational Best Practices
Special emphasis was placed on the role of housekeeping and maintenance teams in maintaining a successful zero-waste ecosystem. Their daily efforts in monitoring segregation, managing composting systems, and handling recyclables are essential for the smooth functioning of the waste management process.
Replicating Successful Models
The session highlighted Brahma Apartments as a practical example of how residential communities can significantly reduce their environmental footprint through disciplined waste management practices. By understanding the systems and processes already in place, the Taj Ambassador staff gained valuable insights that can be adapted and implemented in hospitality and institutional settings.
Rise Foundation continues to support organizations, institutions, and communities in adopting sustainable waste management practices that contribute to cleaner cities, reduced landfill dependency, and a more circular economy.
“A zero-waste community is not built by technology alone—it is built by awareness, participation, and consistent action every day.”
Urban Forestry is increasingly in the limelight because it offers a practical, scalable, and nature-based solution to many urban challenges at once.
The below image is from 4.5 year old Green patch developed at West Vinod Nagar School , East Delhi by Rise Foundation using Miyawaki Afforestation technique. It is wonderful example of Urban Forestry. Some plants are already achieved 20 feet height.
Before and After – Lush Green patch 4.5 years old using Miyawaki Afforestation technique
For a city like Delhi, a well-designed urban forest can: ✅ Improve air quality ✅ Reduce urban heat and the heat island effect ✅ Support biodiversity and pollinators ✅ Enhance groundwater recharge ✅ Sequester carbon ✅ Improve public health and well-being ✅ Create greener, more resilient communities
In my view, an urban forest is not just a collection of trees. It is a living ecosystem with grasses, creepers, shrubs, understory trees, and canopy trees that together create habitat for birds, butterflies, bees, and other wildlife.
As cities continue to grow, urban forestry should become a core part of urban planning—not as an option, but as essential infrastructure for a sustainable future.
🌿 One intervention. Multiple benefits. Lasting impact.
Rise Foundation (NGO) 