Amber Yayin Wang
Understanding levels of technology integration: A TPACK scale for EFL teachers to promote 21st-century learning
Education and information technologies
soilvegetationatmosphere transfer svat models promising avenue towards gaining better insight land surface interactions earths system dynamics one model developed academic research community simsphere svat model popular software toolkit employed simulating interactions among layers vegetation soil atmosphere land surface aim present review twofold 1 deliver critical assessment models usage scientific wider community last 15 years 2 provide information current software developments implemented model review conducted herein clearly evident models inception current day simsphere received notable interest worldwide dissemination model continuously grown years simsphere used far several applications study land surface interactions validation model performed worldwide shown able produce realistic estimates land surface parameters validated whereas detailed sensitivity analysis experiments conducted model confirmed structure architectural coherence furthermore recent inclusion novel functionalities model outlined present review clearly resulted improving capabilities opening new opportunities use wider community simsphere developments also ongoing different aspects use toolkit towards advancing understanding land surface interactions educational research points view anticipated grow coming years