Akhmedov A.Q., Cheryomushkina V.A., Shomurodov H.F.
ONTOGENESIS AND ONTOGENETIC STRUCTURE OF LAGOCHILUS INEBRIANS (LAMIACEAE) COENOPOPULATIONS IN UZBEKISTAN ^{[№ 6 ' 2017]}
Ontogenesis of a Central Asian endemic Lagochilus inebrians Bunge and structure of its coenotic populations were studied. It was established that ontogenesis duration in Uzbekistan was not less than 25 years. The ontogenetic spectrum of coenopopulations studied was unimucronate and centric, it corresponded to the typical species spectrum. Individual density in examined coenopopulations ranged from 0.7 to 2.6 individuals per m². Assessment of age (Δ) and effectiveness (ω) of coenopopulations showed that most of coenopopulations were mature, normal and incomplete. Incompleteness was connected with climate dryness, high temperature and increased anthropogenic impact on vegetation. The most stable growth of coenotic populations was noted with mean values of population and organism characters.

Akhmedova L.S.
TEXT IN THE CITY. PECULIARITIES OF NEW CITY VIEW FORMING IN THE CONTEXT OF INFORMATION AREA DEVELOPMENT OF CITY ENVIRONMENT ^{[№ 2 ' 2009]}

Akhmedova E.A.
STRATEGIC TRENDS OF TOWN-PLANNING DEVELOPMENT OF POVOLZHIE CITIES AT GENERAL PLANS OF NEW GENERATION ^{[№ 6 ' 2007]}
This article, on the example of Samara city, raises the problem of town-planning development of large Povolzhie cities and their reflection in new general plans worked on the base of new social-economic conception of the society, town-planning Code of RF and Town-planning doctrine of Russia. The ways of solution of such problems as housing problem in Povolzhie cities, perfection of transport-communication structure of city, optimization of land tenure within the precincts of a city, mastering of territorial town-planning reserves are regarded in this work.

Chepasov V.I., Sinyugin V.A.
FORMALIZATION OF POLYNOMIAL MODELS CONSTRUCTION OF FORECASTING ON BASE PARAMETERS ^{[№ 6 ' 2007]}
Base parameters for construction of polynomial models of emergency calls number forecasting at tidal changes of gravity are founded with the help of factor analysis. Forecasting models for calls number at death-rate and stroke are regarded in this work. The same approach can be used at different spheres of polyvalent researches.