2022

/ China

GWP Vice Chair Tells Water Stories on Science TV

October 30, 2022, GWP China vice Chair, Hao WANG, moderated Science Programme of Beijing TV and told audiences about ‘South-North Water Division’, ‘Sponge City Development’, and their impact on our daily life.
/ China

Lancang-Mekong Baby On Drought Solution

Lancang-Mekong area is one of the regions with the greatest development potential in Asia and beyond. 2022 marks the 6th year of the Lancang-Mekong Cooperation (LMC) mechanism.
/ China

Stories On Yellow River and Yangtze River

October 1-2, 2022, GWP China coordinator, Yunzhong JIANG, brought netizens a live broadcast ‘Rushing Rivers’ along with the China Youth Daily and told them visual stories of the Yellow River and Yangtze River.
/ China

Big Data Supports IWRM

September 8, 2022, GWP China organized experts online and offline to contribute to the theme of "Big Data Supports Integrated Water Resources Management(IWRM)" as a side-event of the 2022 International Forum on Big Data for Sustainable Development Goals (FBAS 2022).
/ China

Mock Top Leaders' Summit

May 22-23, 2022, GWP China joined Tsinghua to complete a mock leaders' dialogue on Langcang-Mekong Cooperation(LMC). GWP China Fujian recommended Prof. David J. Devlaeminck (PhD) to coach undergraduates of Tsinghua University in their role play practice of powers' communication in the trans-boundary process.
/ China

GWP China Hebei Assessment on River Regulation Outcome in Baiyangdian

June 13-14, 2022, GWP China Hebei organized the Seminar of "Investigation on Implementation Effect of Water Ecological Environment Regulation in Baiyangdian & Daqing River Basin" in Shijiazhuang, capital of Hebei Province. Chaired by GWP China Hebei's Chair, Jianyi LIANG, the workshop invited 17 experts and stakeholders to the meeting.
/ China

GWP China Helps Fuzhou Review Water AI System

GWP China Vice Chair, Hao WANG, visited Fuzhou (capital city of Fujian Province) facilitating local authorities to access the ‘Water Intelligent System’ impact, an AI based flood control system.