Harry Godwin facts for kids
Quick facts for kids
Harry Godwin
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Born | 9 May 1901 |
Died | 12 August 1985 | (aged 84)
Alma mater | University of Cambridge |
Known for | Peat Archives |
Awards | Prestwich Medal (1951) Linnean Medal (1966) Albrecht-Penck-Medaille (1982) Fellow of the Royal Society |
Scientific career | |
Notable students | Nick Shackleton |
Influences | Arthur Tansley |
Sir Harry Godwin (born May 9, 1901 – died August 12, 1985) was an important English scientist. He studied plants (a botanist) and how living things interact with their environment (an ecologist). He was famous for his work on peatlands, which are wet, spongy areas like bogs or swamps. He even came up with the term "peat archives" in 1981. He spent most of his life connected to Clare College, Cambridge University.
Contents
Early Life and Education
Harry Godwin was born in Yorkshire, England. When he was young, his family moved to Long Eaton, Derbyshire. He was a very good student and won a scholarship to study at Clare College, Cambridge University in 1918. He earned his PhD degree there in 1926. He stayed connected to Clare College for his whole life. During his time at Cambridge, he became friends with another important ecologist, Sir Arthur Tansley. Tansley had a big influence on Godwin's scientific journey.
Godwin's Scientific Work
In the early 1930s, Harry Godwin and his wife Margaret were very active botanists. They worked with an archaeologist named Grahame Clark and a small group of young scientists at Cambridge University. Their goal was to understand the environments of past societies better. They did this by combining what archaeologists learned from old sites with new scientific methods from geology (the study of Earth's rocks and soil) and plant science. This was a new way of thinking, as archaeologists usually only studied old objects.
Botany and Ecology
Harry Godwin started his career studying plants and how they function (plant physiology). He continued this work throughout his life. He eventually became a Professor of Botany at Cambridge University from 1960 to 1967. However, his most famous work was in developing the science of ecology. When he began his career, ecology was a very new field.
He was one of the first scientists to study ecological succession. This is how ecosystems change over time, like how a pond might slowly turn into a forest. He studied this in the fen wetlands at Wicken Fen in Cambridgeshire. Here, he set up special areas called the Godwin Plots, which you can still see today. These plots help scientists understand long-term changes in plant life.
Quaternary Research and Radiocarbon Dating
In 1948, Harry Godwin started the Subdepartment of Quaternary Research at the University of Cambridge. The Quaternary period is the most recent geological time period, covering the last 2.6 million years. At this department, he led important work on a new scientific method called radiocarbon dating. This technique helps scientists figure out the age of ancient materials, like old wood or bones, by measuring the amount of a certain type of carbon in them.
Harry Godwin was also a great teacher and researcher. Many of his students became famous scientists themselves, including Richard West, Sir Nick Shackleton, and Joakim Donner.
What are Peat Archives?
Harry Godwin came up with the idea of "peat archives" in 1981. Imagine a peat bog as a natural time capsule!
"In a peat profile there is a fossilized record of changes over time in the vegetation, pollen, spores, animals (from microscopic to the giant elk), and archaeological remains that have been deposited in place, as well as pollen, spores and particles brought in by wind and weather. These remains are collectively termed the peat archives."
This means that as layers of peat build up over thousands of years, they trap and preserve tiny pieces of the past. Scientists can study these layers to learn about:
- What plants grew there long ago.
- What the climate was like (from pollen and spores).
- What animals lived there (even tiny ones or parts of large ones like the giant elk).
- Even ancient human tools or other objects (archaeological remains).
By studying these "peat archives," scientists can understand how environments and life have changed over very long periods.