Javascript must be enabled to continue!
Structure of Golden Root Populations on Rybachy and Sredny Peninsulas (Murmansk Region, Russia)
View through CrossRef
This article explores the state of golden root (Rhodiola rosea L.) coenopopulations (CPs) on the Rybachy and Sredny peninsulas (Murmansk Region, Russia). The authors describe 10 coenopopulations of this domestically and internationally protected rare species, which is found in different locations on the Barents Sea coast. They are characterized by significant differences in the density of individual species (ramets): the maximum values are indicated for the coastal rocky territories in CP 6, with a high proportion of juvenile individuals, and the minimum in CP 8, which is associated with the presence of a strong phytocenosis competitor, Lathyrus aleuticus. The recovery index in most coenopopulations is below one, allowing the authors to classify the species as threatened in the studied area. The authors also assess the vitality index based on studying the morphometric parameters of individual species—it varies significantly depending on the growing conditions and the composition of the accompanying phytocenoses. Analysis of the age structure shows the predominance of young coenopopulations, with two distinct peaks of juvenile and young generative individuals. R. rosea exhibits high ecological plasticity in various biotopes on the Barents Sea coast, and therefore, the coenopopulations of its coastal communities form the basis for this species’ stability in the studied area and need to be protected.
Title: Structure of Golden Root Populations on Rybachy and Sredny Peninsulas (Murmansk Region, Russia)
Description:
This article explores the state of golden root (Rhodiola rosea L.
) coenopopulations (CPs) on the Rybachy and Sredny peninsulas (Murmansk Region, Russia).
The authors describe 10 coenopopulations of this domestically and internationally protected rare species, which is found in different locations on the Barents Sea coast.
They are characterized by significant differences in the density of individual species (ramets): the maximum values are indicated for the coastal rocky territories in CP 6, with a high proportion of juvenile individuals, and the minimum in CP 8, which is associated with the presence of a strong phytocenosis competitor, Lathyrus aleuticus.
The recovery index in most coenopopulations is below one, allowing the authors to classify the species as threatened in the studied area.
The authors also assess the vitality index based on studying the morphometric parameters of individual species—it varies significantly depending on the growing conditions and the composition of the accompanying phytocenoses.
Analysis of the age structure shows the predominance of young coenopopulations, with two distinct peaks of juvenile and young generative individuals.
R.
rosea exhibits high ecological plasticity in various biotopes on the Barents Sea coast, and therefore, the coenopopulations of its coastal communities form the basis for this species’ stability in the studied area and need to be protected.
Related Results
The Rybachy and Sredny peninsulas (Baltic Shield) in the archaean and neoproterozoic: geology, geodynamics, oil and gas and diamond potential.
The Rybachy and Sredny peninsulas (Baltic Shield) in the archaean and neoproterozoic: geology, geodynamics, oil and gas and diamond potential.
The monograph provides consolidated geological-geophysical data on the Neoproterozoic (Riphaean) sediments on the north-eastern Baltic Shield. The study pioneers in summarizing all...
GREAT VICTORY ECONOMY: ARCTIC INDUSTRY DURING THE 1941–1945 WAR
GREAT VICTORY ECONOMY: ARCTIC INDUSTRY DURING THE 1941–1945 WAR
The study presents the activities of the leading industrial enterprises of the Russian Federation Arctic zone during the Great Patriotic War. The mechanism of restructuring civilia...
ARCHITECTURE OF MURMANSK IN THE 1930s-1950s
ARCHITECTURE OF MURMANSK IN THE 1930s-1950s
The article is a continuation of the research devoted to the development of the spatial -planning structure of Murmansk in the 1920s – 1950s. The stages of development of architect...
Quantitative indicators and functional diversity of soil microbial communities in the Russian Arctic cities 
Quantitative indicators and functional diversity of soil microbial communities in the Russian Arctic cities 
<p>Soil microbial properties are highly sensitive to anthropogenic disturbance and a considerable impact of urbanization on soil microbial activity and diversity was ...
Polymorphism of Picea obovata Ledeb. pollen under industrial pollution of the Arctic
Polymorphism of Picea obovata Ledeb. pollen under industrial pollution of the Arctic
The Murmansk region is one of the most urbanized and industrially developed areas within the Russian Arctic sector, characterized by established mining, metallurgical, energy, and ...
Microrna Regulation of Nodule Zone-Specific Gene Expression In Soybean
Microrna Regulation of Nodule Zone-Specific Gene Expression In Soybean
Nitrogen is a paramount important essential element for all living organisms. It has been found to bea crucial structural component of proteins, nucleic acids, enzymes and other ce...
Root activity for water uptake: a hydraulic approach 
Root activity for water uptake: a hydraulic approach 
<p>Despite most macroscopic models for root water uptake considering root length density (RLD) to describe root water uptake (RWU) distribution, there are numerous st...
Parameterizing complex root water uptake models – the arrangement of root hydraulic properties within the root architecture affects dynamics and efficiency of root water uptake
Parameterizing complex root water uptake models – the arrangement of root hydraulic properties within the root architecture affects dynamics and efficiency of root water uptake
Abstract. Detailed three-dimensional models of root water uptake have become increasingly popular for investigating the process of root water uptake. However they suffer from a lac...

