This data was instrumental in our recent work published in [Link to Journal, e.g., Springer or ScienceDirect], where we compared Janggun's unique geomorphic characteristics against other sites like Hwaeom Marsh.
The data typically includes quadrat sampling of aboveground vegetation (species composition, height, and density) and water level monitoring.
#WetlandResearch #ClimateChange #EcoHydrology #EnvironmentalData #JanggunWetland Key Details for Your Records:
to help forecast how South Korea’s mountain wetlands will adapt to varying wet and dry cycles.
I’m pleased to share the latest dataset and modeling results for our research on the . The attached file, Janggun_2022-05_compressed.zip , contains the compiled hydrologic and vegetation data from the May 2022 observation period.
Janggun_2022-05_compressed.zip [2026]
This data was instrumental in our recent work published in [Link to Journal, e.g., Springer or ScienceDirect], where we compared Janggun's unique geomorphic characteristics against other sites like Hwaeom Marsh.
The data typically includes quadrat sampling of aboveground vegetation (species composition, height, and density) and water level monitoring. Janggun_2022-05_compressed.zip
#WetlandResearch #ClimateChange #EcoHydrology #EnvironmentalData #JanggunWetland Key Details for Your Records: This data was instrumental in our recent work
to help forecast how South Korea’s mountain wetlands will adapt to varying wet and dry cycles. Springer or ScienceDirect]
I’m pleased to share the latest dataset and modeling results for our research on the . The attached file, Janggun_2022-05_compressed.zip , contains the compiled hydrologic and vegetation data from the May 2022 observation period.
