Changing the Climate, Changing the Planet!

by YPU Admin on March 1, 2018. Tags: Climate Change, PhD, Research, and STEM


My name is Zainab Bibi, and I am doing PhD in the School of Earth and Environmental Sciences in the University of Manchester. As a well-rounded student, my interests span across Climate Change, Sustainability and Atmospheric sciences. The topic of my research is new methods for studying atmospheric soot. I want to introduce new processes of using the existing instrumentation and develop novel instruments to further explicate the major properties of Black Carbon and provide new insights and progress into its major processes.

Following my research on Global Universities, I came to conclusion that work being done in School of Earth and Environmental Sciences at the University of Manchester is the perfect match for my research interests. My passion is to learn about emerging technologies in the field of Atmospheric sciences and use them to reduce climate change effects.


In Depth

The warming impact of BC is 460 to 1500 times stronger than CO2 and having a varied from few days to few weeks life time. BC, when placed on the snow and ice, causes both increase in melting rate and warming of the atmosphere. BC is produced from the assortment of combustion procedure and is accessible all over the earth system. It has the unique part in the climate system of earth because it influences the cloud processes, absorbs solar radiation and alters the ice cover and snow melting.  Another product of incomplete burning is soot under the hot and air starved conditions. It is also a part of atmospheric aerosol particles that has received the attention of health care and climate research communities because of its adverse impacts and increasing the disease susceptibility leading to cardiovascular, respiratory and nervous systems diseases in humans. For measuring some of their properties various instruments are being developed for example light absorption and scattering at variable wavelengths and elemental and organic carbon concentrations. On the other hand, new technologies are on their way which allows us to study about them on the next level, which has not been done in the past. Therefore my research focuses on new methods for studying atmospheric soot.

This research work is of the critical importance because emissions from Black carbon are the 2nd major cause of current global warming, after CO2 and it affects the atmospheric content of heat directly and indirectly. By measuring the soot particles we will attain a full picture of how the soot and other atmospheric pollutants are affecting the climate and by characterizing how the atmospheric particles scatter the light and quantifying the particle size and concentrations. Moreover this type of research work will help the scientists to understand the impacts of BC towards climate change and what mitigation strategies would be adapted to reduce its impact on the climate in future.

Going Further

You can read about my research center here:

You can read about my school here:


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