Brookhaven and the Life Sciences

The culture of secrecy affected public perception of scientists. Brookhaven scientists engaged in high-energy physics research were often assumed to be engaged in defense-related work, even when they were not. This photo from 1952 shows Brookhaven's Cosmotron, the first particle accelerator in the world to send particles to energies in the billion-electron-volt range.
The culture of secrecy affected public perception of scientists. Brookhaven scientists engaged in high-energy physics research were often assumed to be engaged in defense-related work, even when they were not. This photo from 1952 shows Brookhaven's Cosmotron, the first particle accelerator in the world to send particles to energies in the billion-electron-volt range.

Brookhaven’s big showpieces in the late 1940s and 1950s were its nuclear reactor — the first to be constructed in the United States after WWII— and its particle accelerator, the ‘Cosmotron.’ But this did not mean that there were no life sciences at Brookhaven. The lab’s biology department was part of the institution from the very beginning. By 1950, it was made up of 45 people: 21 scientists, 20 technicians and four clerical workers. It grew substantially over the years. In 1960, there were over 40 scientists in the department, including postdocs and visiting scholars. In the 1940s and 50s, biology research centered around using radioactive tracers to explore how biological systems function and subjecting plants, animals and micro-organisms to radiation. Irradiating living things was a way of studying basic biological processes — through disturbing the normal processes of an organism through irradiation, scientists could learn how these processes functioned. It also had potential, and potentially disturbing, practical applications: in the event of a nuclear attack, scientists would have learned what to expect in terms of effects of radiation on plant and animal life. 

Photo Credit: Image courtesy of Brookhaven National Laboratory.

Plants need nitrogen to grow, but a significant portion of the nitrogen in fertilizers is not absorbed by the soil or used by the growing plants. Rather, it washes away into waterways, rivers, and the ocean. This in turn has had devastating effects on marine life. In some areas, excessive nitrogen in the oceans has caused algae blooms that kill wildlife, make it dangerous for people to consume fish or shellfish or in some cases even swim in affected waters. This problem isn’t limited to poorer countries. Nitrogen pollution is a serious problem here on Long Island. In our case, the nitrogen comes primarily from septic tanks and cesspools, although nitrogen from agricultural fertilizers also plays a role. Nitrogen pollution in the waters around Long Island has hampered fishing, made it dangerous to eat seafood from some areas, and caused environmental changes that make coastal areas more prone to flooding.