The group of authors considers the new globally area-specific geology of the trans-Volga and cis-Ural regions. It presents the geo-physically complex studies in geo-tectonics and correlated geo-dynamics. The authors provide the model of hydro-dynamic history matching in complex structured cavernous - fractured high-amplitude reservoirs with synergy in compaction of super low-permeable skeleton of porous cell containing organo-genic clusters of productive bioherms. The paper discusses the innovative method in development with due consideration of fracturing effect development in deformed prosody of petro- migration and diagenesis. The group of authors presents the new methods in search, exploration and development of complexly-structured hydro-carbon fields of the Zhiguli dislocation in the cis-Ural region. They also present the additional complex seismic studies in the attributed of deformed synergy field with geo-physical rhythms, amplitude polarization in resolving the issues with compacted - de-compacted filtration. For complexly structured reservoirs having the deformed porosity and for adequate hydro- dynamic simulation of conjugated tectonics in fractured-cavernous-porous geo-mechanics the authors of the paper propose the complex geo-physical methods of investigation: seismic, laboratory and computer algorithmic geo-informative methods of adaptation. They also present the additional studies of vertically profiled anisotropy in geo-physically complex hydrodynamic models, in hydro-dynamic well studies, well work-over actions, multi-stage hydro-fracturing for low-permeable compacted heterogeneous, high-viscous and high water-cut oil and natural bitumen pools in due with dynamic area-specific capacity filtration properties, dual permeability - triple porosity for viscous-filtration and viscous elastic - diffusive complex development methods and stages for the production of hard-to-recover reserves.
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