Hello

I hope you are well

I believe the nature is the best artist inspiring me and because of this I have decided to continue my studies in climate because it brings me closer to nature. I obtained my Bachelor's degree in Geography and then pursued further studies in Master's and Ph.D. in climate which allowed me to achieve the top rank in my field. I have a strong determination to gain goals. For example, when I know the work is perfect, I never hear negative comments. I put my 100% effort into it to achieve the best results and obtain what I desire.

I recently completed my Ph.D. dissertation titled "Comparative Study of Urban Heat Islands in Megacities of Iran" on 11th March 2024 with an excellent grade, focusing on five major cities in Iran using remote sensing. Key findings include daytime and nighttime Land Surface Temperature (LST), Latitude and Longitude cross-sections, and temperature trend charts indicating that nighttime LST better reflects higher Urban Heat Island (UHI) intensity, particularly in Tehran due to increased emissions of fossil fuels and greenhouse gases. The most significant hotspots are concentrated in city centers, with urban geometry, building volumes, and open spaces influencing Long Wave radiation trapping and contributing to increased city temperatures. Further, the relationship between higher temperatures, lower vegetation, and altitude. I aim to publish these findings in high-level journals. In a recent paper, I participated as a virtual speaker, comparing data from three satellites. Additionally, I have registered for The Universal Scientific Education and Research Network (USERN) Prize 2024 and have already received seven citations within six months. Another paper discusses Land Surface Temperature (LST) in Tehran, while a third paper is currently in progress.

My master's thesis focuses on "Numerical Simulation of High-Level Air Pollution Episodes in Tehran Metropolitan Area using RCM RegCM4" and involved the analysis of data from six sources. Upon receiving air pollution station data, I calculated the PSI and generated charts. Additionally, I categorized atmospheric components (U wind, V wind, hgt, SLP, and CAPE) from NCEP/NCAR into four patterns for upper and surface levels. Inversion was detected using a Skew-T diagram. To identify the movement routes and sources of atmospheric pollutants during high-level air pollution episodes, I employed MODIS Terra and HYSPLIT Model. Finally, I utilized RegCM4 with ERA-Interim data coupled with chemistry, employing a 40 km domain nested to 10 km. Three papers based on my thesis work have been published.

I am a highly interested Ph.D. in climatology focusing on remote sensing and modelling, and I am interested in continuing my research under your supervision to work for Research Associate - Sea Ice Remote Sensing Scientist I believe that my experience in numerical subjects such as climate, climate change, environmental science, modelling, and remote sensing, as well as my work with satellites such as MODIS, Sentinel-3, and Landsat 8, which have recently been published in Scientific Reports, make me a strong candidate for this position. My recent paper titled “Climatic comparison of surface urban heat island using satellite remote sensing in Tehran and suburbs” has been published in Nature and can be accessed at: https://www.nature.com/articles/s41598-023-50757-2. My resume has been attached.

In addition to my expertise in RS and Modelling, I am proficient in climate science and software. I am a skilled and creative Climatologist with a proven track record in analyzing climate trends and enormous enthusiasm for research. I have extensive knowledge of atmospheric physics, Land Surface Temperature (LST), Urban Heat Island (UHI), Remote Sensing (RS), The Environment for Visualising Images (ENVI), Google Earth Engine (GEE), Geographic Information System (GIS), Quantum Geographic Information System (QGIS), The Grid Analysis and Display System (GrADS), Climate Data Operators (CDO), Linux environment, writing script in GrADS and GEE, boundary layers, Air pollution, atmospheric circulation dynamics, green houses gases (CO2, PM10, and CO), climate modelling such as RegCM4, WRF, Hysplit, programming language, The Normalized Difference Vegetation Index (NDVI), The Convective Available Potential Energy (CAPE), R and Rstudio, Netcdf (nc) data, and data analysis techniques. I am proficient in using advanced tools and software to interpret complex meteorological data sets. Additionally, I possess strong communication skills and can present findings clearly and persuasively. I excel at problem-solving and can work efficiently under pressure. In addition to these skills, I possess other abilities.

* Ability to work independently and meet deadlines

* Stay positive especially in difficult situations

* The ability to persevere to achieve my goals

* Confidence in research

* Flexibility, friendliness, and a sense of humor

* Cheerful, energetic, and hardworking

I am dedicated to providing accurate and timely climate information to support research and decision-making. I am confident that I can achieve success with your organization. I approach my work with scientific rigor and analytical depth utilizing a well-defined methodology and presenting results clearly – qualities that I know are valued by your organization. I am eager for the opportunity to demonstrate my abilities and promise that if you trust me, I can show my best as always. As a dedicated researcher with a passion for climate, I am excited about the opportunity to contribute to your team. Thank you for considering my application. I look forward to your kind response. Thank you again for your time.

Best Wishes

Motahhareh Zargari

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