Jane Goodall, the late British primatologist and anthropologist who passed away on Oct. 1, 2025, at age 91, forever revolutionized science as we know it. Her death marked the end of an extraordinary life dedicated to understanding and protecting the natural world, but her legacy continues to shape the next generation of scientists and activists.
She introduced empathy and emotional intelligence into research, showing that connection and compassion are just as vital as data. Goodall recognized that animals, particularly chimpanzees, lead sophisticated social and intellectual lives. In doing so, she proved that empathy and scientific rigor are not mutually exclusive, but together create a more holistic understanding of science. Although her work initially faced criticism from the male academics of the time, her groundbreaking research ultimately transformed the way we study and understand the natural world.
Before Goodall, science often separated emotion from observation. Many researchers believed animals acted purely on instinct without feelings or individuality. By taking a different approach, Goodall showed empathy could reveal truths that numbers alone couldn’t.
“Before she came onto the scene, the field of biology was very clinical about animals and basically said that humans have feelings and creativity and social bonds, and animals have no complexity,” said AP Environmental Science teacher Caitlin Wilson. “She completely changed how we think of animals.”
Goodall’s work also broke barriers for women in science. She entered a field dominated by men and earned respect through persistence and groundbreaking discoveries.
“I appreciated how much she overcame to become the ecologist and remarkable figure that she was,” Wilson said. “She had to go against everything.”
Goodall’s emphasis on emotional intelligence in research encouraged scientists to see empathy as a strength rather than a weakness, influencing how biology and environmental science are taught today.
Beyond her research, Goodall’s compassion shaped her outreach to younger generations.
“Her concentration on young people is what made her legacy so enduring,” said Upper School biology teacher Janine Perry, who has met Goodall multiple times. “She made careful observations, but what distinguished her from other scientists at the time is that she would bring her passion for animals and love of discovery with her.”
That same philosophy lives on through her global youth program Roots & Shoots which encourages students to lead projects focused on community and environmental action.
Goodall’s message continues to inspire students today.
“I got really interested in her because she was somewhere in between scientist and activist,” said senior Lily Dennard, who is highly interested in environmental science.
For Dennard and many others, Goodall represents the idea that science can be both rigorous and compassionate. Her work reminds us that empathy and understanding are not separate from discovery but essential to it, and that the next generation of scientists can continue her legacy by leading with both curiosity and care.
Edited by Jerry Guo
