Geometric Topology and Shape Theory

An alternative proof of M. Brown's theorem on inverse sequences of near homeomorphisms.- Strong homology theories.- Borsuk fixed point theorem for multi-valued maps.- Improving categorical coverings of spaces.- The intimate connections among decomposition theory, embedding theory, and manifold structure theory.- On resolutions of LCn-compacta.- Infinite-dimensional compacta with finite cohomological dimension modulo p.- Sheaves that are locally constant with applications to homology manifolds.- UVk-equivalent compacta.- Covering maps in topN.- Embedding of continua.- Using solenoids in the study of the Stone-?ech compactification.- The alexander-pontryagin duality theorem for coherent homology and cohomology with coefficients in sheaves of modules.- On exact homology.- Geometric category and Lusternik-Schnirelmann category.- On the homology of function spaces.- On shape theory with compact supports.- Complement theorems in shape theory, II.- The continuity axiom and the ?ech homology.- Fiber shape theory, shape fibrations and movability of maps.- Some open questions in geometric topology and shape theory.