Howard’s contributions to meteorology over half a century were profound.
He had not limited himself to clouds but had looked at radiation, urban heat islands and wind flow.
Fifty years before, at a lecture in Tottenham, he had even suggested that the rotation of the earth might deflect winds off course.
He had explained to an audience that as the air travels north or south the earth is forever ‘slipping away under it’.
Peter Moore, The Weather Experiment, Chatto and Windus, 2015
He had not limited himself to clouds but had looked at radiation, urban heat islands and wind flow.
Fifty years before, at a lecture in Tottenham, he had even suggested that the rotation of the earth might deflect winds off course.
He had explained to an audience that as the air travels north or south the earth is forever ‘slipping away under it’.
Peter Moore, The Weather Experiment, Chatto and Windus, 2015
Climate science, is the study of the Earth's weather patterns and the systems that cause them. From the ocean oscillations to trade winds, pressure systems that drives temperature, airborne particles that influence local conditions and even the phases of the moon and Earth's wobble all affect the climate.
Urban Climate Science - Luke Howard: the first to conduct scientific observations on the climate of cities
After publishing his landmark paper on cloud classification, Luke Howard continued to observe and record the weather, collecting data on temperature, pressure, wind and rainfall (or snow fall) between 1806 and 1830. In 1833, he drew on this information and published The Climate of London, in which he showed London was warmer than its neighbouring countryside due to what is now known as the urban heat island effect. This became the first record of human activity influencing climate.
Urban Climate Science - Luke Howard: the first to conduct scientific observations on the climate of cities
After publishing his landmark paper on cloud classification, Luke Howard continued to observe and record the weather, collecting data on temperature, pressure, wind and rainfall (or snow fall) between 1806 and 1830. In 1833, he drew on this information and published The Climate of London, in which he showed London was warmer than its neighbouring countryside due to what is now known as the urban heat island effect. This became the first record of human activity influencing climate.
Gathering Clouds:
250 years ago meteorologist Luke Howard was born, to mark the occasion the Science Museum is looking back at Howard’s pioneering role in climate studies. Today we still use his classification of clouds and the human impact on the climate presents one of our most important and urgent challenges.
Anna Ferrari, Science Museum Blog post
250 years ago meteorologist Luke Howard was born, to mark the occasion the Science Museum is looking back at Howard’s pioneering role in climate studies. Today we still use his classification of clouds and the human impact on the climate presents one of our most important and urgent challenges.
Anna Ferrari, Science Museum Blog post
Header: Cloud study by Luke Howard perhaps prepared for presentation or publication. Science Museum
