The evaluation of groundwater potential appears to be an effective tool for the management of water resources, particularly in arid and semi-arid regions such as the Middle Atlas plateaus. This region consists essentially of dolomites and dolomitic limestones of the Lower and Medium Lias, favoring a large groundwater above the impermeable substratum formed by Triassic red clays (plate 3). These groundwater karstic origins play a crucial role for drinking water supply of the big cities (Meknes, Fes) and irrigation of surrounding areas. It is between the Lambert coordinates: 480 Km <x <560 Km longitude and 280 Km <Y <370 Km latitude. The elevations are ranging from about 500 m in contact with Platform – Sais basin to about 2400 m summits of the mountains of Tizi n’Tretten accident crosses the Platfom (plate 2). The main objective of this study is to identify the groundwater potential using AHP method of Saaty (tables 1 and 3) and sensitivity analysis to assess the effect of each groundwater recharge parameter on the final map.
Past tenyears, literatureis an increasing numberof workstrying toidentify the differentleversto operateto encourageinnovationwithin companies.Incontinuationof this work focused onthe emergence of a"culture ofinnovation,"the state of theartmadein this articleallows us tobring about a feelingof "psychological safety" isthe only meansthat: - Membersof the organizationare notparalyzed byfear of failureand continueto offerbold initiatives, -Theseplayerslearn from themistakes thatwill inevitably becommitted during theinnovation processand are ableto no longerreproduce.We suggest, as such, somelines of thoughtto createaculture of "room for error"in organizations, starting withthe consolidation of thereward andsanction systemsby theinclinationof the direction to"Legends"failures.We stresshoweverthatthismay be possiblein the contextof American cultureis notnecessarily inthat ofFrench culture.