Dr. Aqil Tariq

Success is the sum of small efforts repeated day in and day out.

I'm thrilled to share that I have reached a significant milestone of #5000+ citations on ! This achievement wouldn't have been possible without the trust and support of my incredible and who have cited my work. My research spans across , , , , , & , , , and . I warmly welcome future collaborations in and .
Let’s continue making meaningful contributions to science together!

https://scholar.google.com/citations?hl=en&user=smgEU_kAAAAJ&view_op=list_works

https://www.researchgate.net/profile/Aqil-Tariq-2

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I am beyond excited to share that and have recognized me for the first time as one of the top #2% of scientists worldwide in #2024 !🎉 This has been a long-standing dream of mine, and it feels surreal to see it come true.

The 2024 list was compiled using the composite c-score metric, and I am incredibly honoured to be included. It was compiled after a detailed evaluation of the top 100,000 scientists globally.

Thank you to everyone who has supported me on this journey! I look forward to continuing my work and contributing to the scientific community.

It's an incredible honor to see my name associated with this groundbreaking imagery.
Check it out and see if you can spot my name in the Landsat imagery! 🛰️
https://landsat.gsfc.nasa.gov/apps/YourNameInLandsat-main/

🌟 Exciting News! 🌟

I am thrilled to announce that I have been registered for the 3rd Workshop on Central Asia, which will be held from April 29 to May 1, 2024, at Osh state university in Kyrgyzstan. This workshop promises to be a fantastic opportunity to engage with experts and peers in my field, contributing to our collective understanding of the region's climate challenges and opportunities.

Even more heartening is the news that, thanks to the generous support of the World Climate Research Programme (WCRP) of the World Meteorological Organization (WMO), my application for travel support has been approved! This acknowledgment not only facilitates my participation but also underscores the importance of fostering global collaboration in climate research.

I am deeply grateful to the Organizing Committee and the International GEWEX Project Office at George Mason University for this invaluable support. Opportunities like this make it possible for researchers from various parts of the world to come together, share insights, and work towards solutions for some of the most pressing climate issues facing Central Asia and beyond.

I look forward to sharing insights and outcomes from the workshop upon my return. Stay tuned for updates!

Allhamdolillah
I am pleased to share that my latest article, entitled " of Land Use and Land Cover Changes and Using -Markov and ," has been published in "Geocarto International."

HTTP Status 429 – Too Many Requests

Welcome to submit work in "Big Data Research."
"Being a guest editor allows me to bring my unique perspective and experience to a publication and work with talented writers and contributors to create something truly special." It's a privilege to have the opportunity to shape the content and direction of a , and I take that responsibility seriously.
"I'm always excited to collaborate with others and help bring new ideas and voices to the forefront."
https://www.sciencedirect.com/.../about/call-for-papers

👉 I am glad to share my latest article #2023 has been published in and journal [3.9] as a 1st and corresponding author 💪💪💪. Its part of my 🤜 . This research compares the use of the ( ) and Optical ( -2) sensors in identifying and mapping burnt and unburnt scars are rising during a in southeastern and Margalla Hills, Islamabad, , in 2019 and 2020. In order to evaluate the backscatter strength along with the Polarimetric decomposition portion, the C-band dual-polarized Sentinel-1 data was investigated to determine the magnitude of the burnt areas of forest cover in the study area. We could derive texture measurements from locally-based statistics using the Grey Level Co-occurrence Matrix ( ) and the backscatter coefficient. This was because of how well it picked up on differences in texture between burned and unburned scars. In contrast, Sentinel-2 optical remote sensing was employed to evaluate the extent of the burnt intensity levels for both regions utilizing the differential Normalized Burnt Ratio (dNBR). A Support Vector Machine ( ) and Markov Random Field ( ) classifier were utilized to investigate the study’s context.

You are all cordially invited to attend this webinar "Spatio-temporal Forest Fire Monitoring using Spatial-statistical and Geo-spatial Analysis" on Nov. 30, 2021, 10:00 AM in Dubai and Nov. 30, 2021, 02:00 PM in China. If you want to join and get a precious certificate, you should register as soon as possible. Grab this opportunity as seats are limited. You can click on this given link, register, and you'll get a certificate after the webinar.

https://zoom.us/webinar/register/WN_9gQNdV6VRCG1a8_Pc7qMDw

Welcome to all in my page. Actually, many people send me friend invitations and ask questions regarding scholarships in China and postdoc opportunities in China. I don't want to reply one by one due to lack of time. I hope you all will understand. thank you