HelioWebSiberian State University, Russia
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I[Siberian State University, Russia]
PI["Parent Institutions (0)"]
CI["Child Institutions (0)"]
AW["Affiliated Works (18)"]
CA["Linked Collaborating Authors (7)"]
I== skos:broader ==>PI
CI== skos:broader ==>I
AW== affil ==>I
AW== author ==>CA
click PI "#parent-institutions"
click CI "#child-institutions"
click AW "#affiliated-works"
click CA "#collaborating-authors"
Parent Institutions [?]
Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Stable C and O Isotopes from Tree Rings Reveal Changes in the Carbon Water Relations Along a Siberian North South Transect in the Last 150 Years
- A Comparative study of kinetic and inertial Alfven wave instabilities in a Lorentzian dusty magnetoplasma
- Isotope variability in larch tree rings of Siberia: climate and ecology
- Siberia Integrated Regional Study megaproject: approaches, first results and challenges
- Classification of boreal forest by satellite and inventory data using neural network approach
- The dendroclimatology of Common Era volcanic eruptions
- Climate field reconstructions of eastern Mediterranean hydroclimate
- D Precipitation Response of Trees in the Eastern Mediterranean
- Tree-Ring Network and Climate in the Mediterranean Region
- Common Era Hydroclimate and Atmospheric Circulation in the Western Mediterranean Basin
- Seasonal dynamics of soil CO2 emission in the boreal forests in Central Siberia
- The effect to the water stress to soil CO2 efflux in the Siberian boreal forest
- Wildfires in Siberian Mountain Forest
- Complexity of climatic signals in tree-ring width proxies from Yenisei River basin applicable to modeling Arctic river flow and water balance
- Soil CO<SUB>2</SUB> emission response to the extreme changes in limiting factors: results of field experiments in Central Siberia
- Hydrogen Isotopes in Boreal Conifers as Indicator of Extreme Hydrological Changes
- Modern Aridity in the Russian Altai Derived from the Tree-Ring Stable Isotopes in the Context of the Past 1500 Years
- Biotic and Abiotic Soil Contributions to Dryland Carbon Cycling: Insights from a Long-term Climate Change Experiment