"The best, and most expensive, way to acquire digital water data is to measure it. Big data methods and meta-analyses can help with identifying study areas and creating plans that can fill gaps in the data that are needed to answer a research question, thereby minimizing the required data collection." https://bt.e-ditionsbyfry.com/publication/?m=23718&i=752031&p=20&ver=html5

허 교수는 기후변화로 높아지는 워터리스크(Water risk)에 대비하려면 ‘디지털워터(Digital Water)’에 투자하고 물 저축에 나서야 한다고 조언했다. 워터리스크는 물이 부족해도, 많아져도 높아진다. “물이 부족하든 많든, 그걸 극복하는 방법은 물의 움직임을 잘 이해하고 잘 활용하는 것입니다. 여러 의사결정과정에 얼마나 정확한 정보가 얼마나 많이 충분하게 있는가가 중요합니다.” https://m.businesspost.co.kr/BP?command=mobile_view&num=332748

Dr. Her and colleagues examined the potential impact on the Everglades of climate change and the expected increase of severe weather events. Specifically, they examined the impact of runoff and nutrient loading on the western part of the Everglades. The Everglades are adjacent to many agricultural areas, which can complicate efforts to manage the health of these wetlands. Using several global circulation models to examine the impact of climate change on the Everglades region,

This video was taken to record the moment and spatial extent of a sunny-day flooding event in North Miami on October 7, 2021, using a drone. This video helps understand the potential impacts of sea level rise on Southeast Florida. In the video, you can find areas flooded due to a king tide coming right after a storm event. Storm water in the storm water drainage system of the areas could not be discharged as the raised tide water blocked its outlet. The elevation of storm wat