Search Results - "Migalina, Svetlana V."

Gas flaring cause shifts in mesophyll and stomatal functional traits of Betula pubescens Ehrh by Ronzhina, Dina A., Migalina, Svetlana V., Yusupov, Irek A.

“…In petroleum-producing territories of West Siberia (Russia), oilwell gas flares have a thermal effect on nearby plant communities. Such communities can be used…”
Get full text

Altitude‐dependent variation in leaf structure and pigment content provides the performance of a relict shrub in mountains of Mongolia by Ivanov, Leonid A., Migalina, Svetlana V., Ronzhina, Dina A., Tumurjav, Shinekhuu, Gundsambuu, Tserenkhand, Bazha, Sergey N., Ivanova, Larissa A.

“…Mountain climate and vegetation change rapidly with altitude therefore many plant species may be found within a narrow elevation range. In the mountains of…”
Get full text

Functional response of Betula species to edaphic and nutrient stress during restoration of fly ash deposits in the Middle Urals (Russia) by Kalashnikova, Irina V., Migalina, Svetlana V., Ronzhina, Dina A., Ivanov, Leonid A., Ivanova, Larissa A.

“…We studied the impact of fly ash produced by the thermal power station in the Middle Urals (Russia) on functional traits of two Betula species naturally…”
Get full text

Leaf functional traits of abundant species predict productivity in three temperate herbaceous communities along an environmental gradient by Ivanova, Larissa A., Zolotareva, Natalia V., Ronzhina, Dina A., Podgaevskaya, Elena N., Migalina, Svetlana V., Ivanov, Leonid A.

“…•Replacement of abundant species along light and water gradient was found.•Community productivity linked with photosynthetic capacity of abundant…”
Get full text

Leaf traits of C3- and C4-plants indicating climatic adaptation along a latitudinal gradient in Southern Siberia and Mongolia by Ivanova, Larissa A., Ivanov, Leonid A., Ronzhina, Dina A., Yudina, Polina K., Migalina, Svetlana V., Shinehuu, Timurjav, Tserenkhand, Gundsambuu, Voronin, Pavel Yu, Anenkhonov, Oleg A., Bazha, Sergey N., Gunin, Peter D.

“…•Strong correlations of leaf mesophyll traits with aridity were found along the large latitudinal gradient.•C3- and C4-plants differed in response to aridity…”
Get full text