Who We Are
What We Do
How to Help
Pests are a big threat to cotton production worldwide — especially in India. Increasing pest attacks in India, the largest producer of cotton in the world, have led to decreased production levels over the past few years.
One young Indian scientist is committed to solving the pest problem facing his community. Neelansh Gupta is researching a natural pesticide to combat the pests and save cotton plants.
Supporting and encouraging young scientists like Neelansh is core to the Society for Science & the Public's mission. Through a program called the Community Innovation Awards, part of the Society's STEM Action Grants, the Society is recognizing and rewarding amazing young scientists like Neelansh who are making a difference in their communities.
"My project aims to increase the worldwide production of cotton by killing the most deadly species of cotton insect, pink bollworm," Neelansh said.
India has a long history of using plants and herbs as natural remedies for almost every ailment. Keeping with this tradition and a goal of creating an environmentally safe pesticide, Neelansh created an herbal ointment from extracts of a common plant, Acalypha Indica. "The ointment is cheap compared to pesticides in the market," the young scientist explained. According to Neelansh, the herbal ointment has been more effective in killing pests in petri dishes and in the field, compared to other pesticides as well as the bovine pituitary extract technique currently being used by farmers.
Neelansh reported that the mortality rate of pests when treated with his herbal ointment was 100 percent. All 30 pests present in the petri dishes were killed within 40 hours and the percentage of cotton crops with infections were reduced to zero within three days of application of this ointment.
According to his research, Neelansh found that it took at least 24 hours for any pests to be killed by typical pesticides, compared to 8 hours for his herbal ointment. The BT spray worked quickly too, but was only half as effective. In 24 hours, 1.3 pests were found dead from the pesticide, 13 from the BT spray, and 20 from the herbal ointment. After 40 hours, 5.3 pests were dead from the pesticide, 20.6 from the BT spray, and 30 from the ointment.
"Knowing that my research could be helpful at a global level and in my own community makes me feel elated," Neelansh said. "My project and research could possibly make a change, a positive difference."
Neelansh thinks science fairs are truly important for emerging scientists such as himself. "The best way to display our talent is through participating in competitions and science fairs," he said. "I would not be able to get my research up to this stage if I wasn’t given a platform to showcase my research and work." When students are given the opportunity to compete against other innovative young scientists, it helps them think more broadly about the potential impact of their own research.
"We should never stop learning at any age," Neelansh said. He encouraged other young people interested in STEM to learn as much as they can and to always observe their surroundings. "Knowledge comes by observing," he said.
In New Orleans, one nonprofit is inspiring the next generation of engineers with after-school programs and summer camps — with a focus on girl power.
One young scientist wants to create a universal vaccine. Madeline Yang, from Bloomfield, Michigan, has been working on incorporating the influenza matrix protein M2 into virus-like particles,
After a day full of judging at this year’s Intel International Science and Engineering Fair (ISEF), Jessica Moore was feelin