In a village near Patan, a community-supported tree plantation is taking shape. Its real test will come not on planting day, but in the years that follow.
On open land in Badanpur village, near Patan in Gujarat, thousands of young trees are being given a chance to grow.
The plantation is part of Sadbhavna Vrudhashram’s 500 Jungle in Gujarat initiative, an effort to develop green spaces through partnerships with donors and local communities.
According to the organization, more than 10,000 saplings have been planted at Badanpur, with the project nearing completion at the time of its announcement.
The number is impressive. But what makes this project worth examining is the attention being given to a less visible part of tree planting: keeping the saplings alive.
A Living Tribute in Badanpur
The Badanpur plantation was funded by Mumbai-based philanthropist Shri Jagdishbhai Vora in memory of Param Pujya Guruji Shri Bhanuvijay Maharaj Saheb.
Rather than commissioning a conventional memorial, the donor chose to support a plantation intended to provide shade and a place for local wildlife as it matures.
The Badanpur Gram Panchayat also supported the project, illustrating how village institutions, individual donors, and nonprofit organizations can work together on environmental initiatives.
The site is planned to include an entrance gate, a shaded gazebo, and an Annakshetra, a feeding area for birds and animals.
These facilities may make the plantation a gathering place for residents, although its ecological value will depend on how the trees and surrounding habitat develop over time.
Why Planting Trees Is Only the Beginning
A photograph of newly planted saplings tells only part of the story.
Young trees face several challenges, particularly where summer heat, grazing animals, limited water availability, and unsuitable soil conditions affect their survival.
According to the Food and Agriculture Organization of the United Nations (FAO), successful forest restoration requires more than planting. Continued maintenance, protection, and monitoring are essential.
This is where the Badanpur approach places much of its emphasis.
Sadbhavna Vrudhashram describes a planting process that begins with soil testing and includes protective structures, irrigation, and a multiyear maintenance commitment.
The organization says it uses approximately four-foot-tall saplings planted in pits around three feet deep, with locally sourced cow manure added during planting and subsequent maintenance.
Each sapling is reportedly supported and protected by guards and mesh fencing intended to reduce damage from grazing animals.
These methods are part of the organization’s stated approach; their effectiveness at Badanpur will need to be assessed through actual survival and growth records.
Four Years of Care: The Commitment Behind the Plantation
One of the project’s notable features is its proposed four-year maintenance period.
Sadbhavna Vrudhashram says its teams will continue watering and caring for the trees and replace saplings that fail during that period.
The organization also reports that donors receive photographic updates every three months.
Such commitments can help address a common weakness in plantation campaigns: attention often concentrates on the number of trees planted rather than the number that remain healthy.
Still, a replacement commitment is not the same as a measured survival rate.
A meaningful assessment would track how many original saplings survive after one, two, and four years, how many replacements are needed, and whether the trees can continue growing with reduced intervention.
Those records would provide a clearer picture of the project’s long-term progress.
Choosing Trees That Suit the Landscape
The organization identifies several species planted at Badanpur, including Umbro (cluster fig), Banyan, Peepal, and Kadam.
These trees can provide shade and resources for wildlife as they mature. However, selecting species for a restoration project requires more than choosing trees known for their size or cultural significance.
Soil conditions, local rainfall, available groundwater, planting density, and the surrounding ecosystem all matter.
A suitable species mix should reflect the site’s ecological characteristics and long-term water availability.
It is also important to distinguish between creating a managed plantation and restoring a naturally functioning forest. A plantation may develop into valuable habitat, but ecological restoration requires evidence of healthy vegetation, biodiversity, and sustained natural processes.
What Environmental Benefits Can Be Expected?
Trees can contribute to healthier local environments in several ways.
Their roots may help stabilize soil, their canopies provide shade, and their flowers and fruit can offer resources to insects, birds, and other wildlife.
As the plantation matures, it may also influence conditions immediately around the site.
However, the scale of these benefits cannot be established from the number of saplings alone.
Reliable estimates of carbon storage, temperature change, or biodiversity improvement require measurements and an appropriate scientific method.
For Badanpur, the most useful future indicators would include tree survival, canopy growth, water use, soil condition, and changes in wildlife activity.
These measurements would help determine whether the plantation is developing into a resilient green space rather than simply increasing the area’s tree count.
A Partnership Other Villages Can Learn From
The Badanpur project brings together three participants with different responsibilities.
The donor provides financial support. The Gram Panchayat facilitates local cooperation. Sadbhavna Vrudhashram coordinates planting and the proposed maintenance work.
This arrangement offers a practical lesson for communities considering similar projects: planting must be accompanied by a plan for land access, water, protection, funding, and ongoing care.
The approach is not automatically suitable for every village. Some sites may benefit more from protecting existing vegetation or encouraging natural regeneration than from planting large numbers of new saplings.
The FAO recommends choosing restoration methods according to local ecological conditions and available resources.
For communities planning their own initiatives, that assessment should come before setting ambitious plantation targets.
The Real Measure of Success
Sadbhavna Vrudhashram expects the Badanpur plantation to develop a substantial canopy within three to four years. Whether it reaches that stage will depend on growing conditions and sustained care.
The project has already brought together a donor, a village institution, and an organization willing to take responsibility beyond planting day.
That collaboration is an encouraging beginning.
But the more important story will unfold over the coming years: how many trees survive, whether wildlife begins using the site, and whether the plantation can eventually thrive with less intensive maintenance.
For Badanpur, the most meaningful tribute to Guruji will not be the number of saplings planted in his memory.
It will be the trees that are still standing decades from now.
Sources and Further Reading
- Sadbhavna Vrudhashram — Badanpur Forest Project — Primary source for project details, donor information, planting methods, and maintenance commitments.
- Food and Agriculture Organization — Forest Restoration — Guidance on forest restoration, maintenance, monitoring, and natural regeneration.
- Food and Agriculture Organization — Management of Planted Forests — Guidance on species selection, site preparation, planting, and long-term management.
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