Leniza Gumerovna Naumova

Prof. Leniza Gumerovna Naumova


Research Focus & Metrics

Academic Career Length

13Years (2014-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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3 September 2017 in Russian Journal of Ecology
Verified
Journal Article
Closed access
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GKG. R. Khasanova
G. R. Khasanova
MLM. V. Lebedeva
M. V. Lebedeva
BMB. M. Mirkin
B. M. Mirkin
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova

20 August 2024 in Forests
Verified
Journal Article
Open access
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VMVasiliy Martynenko
Vasiliy Martynenko
PSPavel Shirokikh
Pavel Shirokikh
EBEl'vira Z. Baisheva
El'vira Z. Baisheva
AMAlbert A. Muldashev
Albert A. Muldashev
NFNikolay I. Fedorov
Nikolay I. Fedorov
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova
Floristic composition and syntaxonomy of the boreal oligotrophic pine forests covering vast areas in the boreal, hemiboreal, and temperate zones of continental Eurasia still remain poorly studied in the Southern Ural region. Using the Braun–Blanquet approach and TURBOVEG and JUICE software, the phytocoenotic diversity of boreal oligotrophic pine forests of the Southern Ural region was studied, and their position in the system of ecological and floristic classification of Eurasian vegetation was determined. Geobotanical data on boreal oligotrophic pine forests of Europe, including the European part of Russia; the Southern Urals; and Siberia were compared. A new alliance of oligotrophic boreal pine forests Brachypodio pinnati-Pinion sylvestris all. nov. hoc loco is described. The communities of this new alliance (i.e., five associations from the Southern Ural region) are characterized by a special floristic composition, occupying an intermediate position between the typical European oligotrophic pine forests of the alliance Dicrano-Pinion (Libbert 1933) Matuszkiewicz 1962 and oligotrophic (mainly psammophilous) South Siberian pine forests of the alliance Hieracio-Pinion Anenkhonov et Chytrý 1998. The communities of the alliance Brachypodio pinnati-Pinion sylvestris prefer to grow on poor soils with different moisture conditions. Due to intensive forestry activities, the distribution area of these forests has decreased, and these communities have been replaced by secondary birch forests. We have proposed a set of conservation measures to preserve these communities. A new association of oligotrophic pine forests Psephello sumensis-Pinetum sylvestris ass. nov. hoc loco is also described. These communities from the Kurgan region of Western Siberia were ordered into the alliance Dicrano-Pinion. It confirms the idea that the distribution area of this alliance may reach Siberia. Unlike the Southern Ural pine forests of the alliance Brachypodio pinnati-Pinion sylvestris, the recovery of these West Siberian pine forests after felling is quite high, and these communities do not require special measures for their protection.

1 September 2015 in Biology Bulletin Reviews
Verified
Journal Article
Closed access
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BMB. M. Mirkin
B. M. Mirkin
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova

17 July 2015 in Russian Journal of Ecology
Verified
Journal Article
Closed access
PDF file
BMB. M. Mirkin
B. M. Mirkin
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova
VMVasiliy Martynenko
Vasiliy Martynenko
PSP. S. Shirokikh
P. S. Shirokikh
The study of successions is based on the two-level reduction of the plant continuum, at the level of series (combinations of plant communities) and at the level of stages (syntaxa). For this purpose, it is expedient to use the floristic classification of plant communities by the Braun-Blanquet method. Approaches to identification of series and stages of succession and general evaluation of these series are described, including analysis of the dynamics of alpha-diversity and phytosociological spectrum of plant communities and of beta-diversity of a successional series.

1 January 2025 in Vestnik of Orenburg State Pedagogical University. Electronic Scientific Journal
Verified
Journal Article
Closed access
EBEl'vira Z. Baisheva
El'vira Z. Baisheva
AMAlbert A. Muldashev
Albert A. Muldashev
MIM. K. Ishbulatov
M. K. Ishbulatov
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova

1 January 2019 in Theoretical and Applied Ecology
Verified
Journal Article
Closed access
NFNikolay I. Fedorov
Nikolay I. Fedorov
SZSvetlana N. Zhigunova
Svetlana N. Zhigunova
CMConstantin I. Mikhaylenko
Constantin I. Mikhaylenko
KMK.I. Mikhaylenko
K.I. Mikhaylenko
LNLeniza Gumerovna Naumova
Leniza Gumerovna Naumova
VPV.P. Putenikhin
V.P. Putenikhin
На примере сосново-берёзовых лесов ассоциации Bupleuro longifoliae - Pinetum sylvestris центральной части горно-лесной зоны Республики Башкортостан разработан способ моделирования долгосрочного изменения площадей разновозрастных лесов и вырубок. При построении модели использована система дифференциальных уравнений. В качестве предикторов модели использованы данные о площадях разновозрастных лесов с доминированием сосны, лиственницы, берёзы и осины, площади вырубок на момент проведения лесоустройства, действующая лесосека, а также рекомендации по лесовосстановлению и площади рекомендуемого проведения лесовосстановительных мероприятий на вырубках лесов с разным исходным составом древостоя. При моделировании также анализировались последствия использования других рекомендуемых в лесохозяйственной практике лесосек (первая и вторая возрастные, интегральная). Модель позволяет делать долгосрочные прогнозы динамики запасов видов, основным местом сбора сырья которых являются вырубки. В качестве примера приведён долгосрочный прогноз изменения биологического запаса на вырубках листьев Chamaenerion angustifolium (L.) Scop., используемых в фитотерапии, а также в производстве тонизирующего напитка «Иван-чай». В качестве исходных данных использовалась рассчитанная ранее средняя продуктивность листьев C. angustifolium на молодых вырубках до 5 лет и зарастающих вырубках от 5 до 10 лет. Установлено, что при соблюдении действующей лесосеки в полном объёме запас листьев этого вида будет увеличиваться в связи с увеличением площадей вырубок и через 40-50 лет стабилизируется на уровне, значительно превышающем...