New Research: Drainage Efficiency and Geometric Nuances of Tidal Channel Network Mediate Spartina alterniflora Landward Invasion in Marsh-Channel System: As an aggressive invasive salt marsh plant, Spartina alterniflora has been found to… https://t.co/2Cpz
Another great modeling effort from a collaboration between UMCES-HPL and BNU (China). Drainage Efficiency and Geometric Nuances of Tidal Channel Network Mediate Spartina alterniflora Landward Invasion in Marsh-Channel System https://t.co/GKfGcY19dD
Actus Mer/Sea News: Drainage Efficiency and Geometric Nuances of Tidal Channel Network Mediate Spartina alterniflora Landward Invasion in Marsh-Channel System - @FrontMarineSci https://t.co/7MwBFr0gXx https://t.co/fHkVFSbPtX
#Coastal #Oceanography FMS: Drainage Efficiency and Geometric Nuances of Tidal Channel Network Mediate Spartina alterniflora Landward Invasion in Marsh-Channel System https://t.co/ZN9vG4zaBS