S Docimo, K Seeras, R Acho, A Pryor, K Spaniolas
Academic and community hernia center websites in the United States fail to meet healthcare literacy standards of readability
Hernia : the journal of hernias and abdominal wall surgery
abstract global water model used analyse impacts climate change socioeconomic driving forces derived a2 b2 scenarios ipcc future global water stress work extends previous global water research analysing impact climate change population also effects income electricity production wateruse efficiency driving forces water stress depending scenario climate model water stress increases current conditions 2050s 620758 total river basin area decreases 197290 area remaining areas small changes principal cause decreasing water stress occurs greater availability water due increased annual precipitation related climate change principal cause increasing water stress growing water withdrawals important factor increase growth domestic water use stimulated income growth population growth much less important factor irrigated area assumed remain constant address uncertainty water stress estimates three different indicators water stress computed compared overlap area computation severe stress 2050s large approximately 23 106 km2 5673 total severe stress area indicates moderate level agreement robustness estimates future water stress time indicators disagreed many areas suggesting work still needed elaborate general indicators concepts water stress