Kun Lei

TL;DR: In this article, an improved water resources carrying capacity (WRCC) assessment method based on a system dynamics model is proposed, which is built on synthesis simulations of coupling effects and feedback mechanisms within the society-economy-water compound system.

TL;DR: Wang et al. as discussed by the authors established an analytical framework that uses a combination of economic and water environment information for industrial structure upgrading and spatial optimization based on water environment carrying capacity, which can help local governments to plan sustainable socio-ecologic development.

TL;DR: Wang et al. as discussed by the authors developed a WECC assessment method (WECC-SDM) which is based on a system dynamics framework, which can dynamically compute the water environmental carrying capacity under different societal and environmental scenarios through coevolution and systematic simulations of the society-economy-water environment interactions.

TL;DR: An integrated model is presented based on the system dynamics (SD) and cellular automaton (CA) models in this study and would provide a basis for reasonable industry and population patterns according to water environment capacity.

TL;DR: To screen molecular responses following mollusk exposure to algal blooms, whole transcriptome sequencing was performed with the freshwater snail fed with blue algae and four unigenes exhibited a trend consistent with that observed in transcriptome profiling of laboratory snails.