The H2I (Hydrology & Hydroinformatics Innovation) Lab
Department of Civil Engineering, University of Texas at Arlington
Department of Civil Engineering, University of Texas at Arlington
Research Areas
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Our GoalWe tend to apply an integrated hydrologic + informatic (=hydroinformatic) approach for large-scale ecosystem modeling, management, and resilience studies, aiming at a Next-generation Geoscience paradigm. To achieve this goal, we conduct science-based and use-inspired research in collaborations with stakeholders and some of the leading scientists in the field. Learn more
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Our Sponsors
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Latest Publications
July 29, 2023
Our recent paper in Nature Scientific Data is the first to show where and how humans are altering the world's floodplains. In collaboration with US Environmental Protection Agency and The Nature Conservancy, we discovered previously unknown spatial patterns and temporal trends of human floodplain alterations. Read our article here
Our recent paper in Nature Scientific Data is the first to show where and how humans are altering the world's floodplains. In collaboration with US Environmental Protection Agency and The Nature Conservancy, we discovered previously unknown spatial patterns and temporal trends of human floodplain alterations. Read our article here
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October 26, 2022
The world's most climate-vulnerable countries may face great water crisis in near future. In this Nature paper, our NASA-led team outlines how we can avert such crisis by embracing newer and better data, models, and computing. Read our article here
The world's most climate-vulnerable countries may face great water crisis in near future. In this Nature paper, our NASA-led team outlines how we can avert such crisis by embracing newer and better data, models, and computing. Read our article here
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September 3, 2021
In our Environmental Research Letters paper, we discuss how to improve global flood and drought hazards predictions by integrating non-floodplain wetlands into earth system models. Read our article here
In our Environmental Research Letters paper, we discuss how to improve global flood and drought hazards predictions by integrating non-floodplain wetlands into earth system models. Read our article here
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Latest News
June 7, 2023
Our work to develop a new NASA model to tackle global water quality problems has been featured by NASA Discoveries as a success story. This is the first framework capable of using Earth Observations for modeling climatic and human drivers of water quality across continental-scales.
January 10, 2023
Dr. Rajib will co-lead a new $1M National Science Foundation project targeting next-gen Open Science paradigm in climate, water, and environmental sustainability. Funded by NSF's Office of Advanced Cyberinfrastructure, the H2I Lab will develop a cyber-enabled framework where researchers will train on big data analytics, and learn how to integrate these data into simulation models and Artificial Intelligence (AI) using advanced cloud computing technologies.
Our work to develop a new NASA model to tackle global water quality problems has been featured by NASA Discoveries as a success story. This is the first framework capable of using Earth Observations for modeling climatic and human drivers of water quality across continental-scales.
January 10, 2023
Dr. Rajib will co-lead a new $1M National Science Foundation project targeting next-gen Open Science paradigm in climate, water, and environmental sustainability. Funded by NSF's Office of Advanced Cyberinfrastructure, the H2I Lab will develop a cyber-enabled framework where researchers will train on big data analytics, and learn how to integrate these data into simulation models and Artificial Intelligence (AI) using advanced cloud computing technologies.
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September 18, 2022
Our latest NASA project on predicting nation's water quality was featured in this TV news! The H2I Lab will lead a data-model interoperability experiment geared towards next-generation water quality remote sensing mission. |
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May 15, 2022
Undergraduate Research Assistant Itohaosa Isibor has been named as the recipient of the Texas A&M University, Kingsville Honors College Distinguished Student Award. Her research on global floodplain alterations led to this highly competitive recognition.
Click here for all other news and updates!
Undergraduate Research Assistant Itohaosa Isibor has been named as the recipient of the Texas A&M University, Kingsville Honors College Distinguished Student Award. Her research on global floodplain alterations led to this highly competitive recognition.
Click here for all other news and updates!
