Titlebook: Water-Carbon Dynamics in Eastern Siberia; Takeshi Ohta,Tetsuya Hiyama,Trofim C. Maximov Book 2019 Springer Nature Singapore Pte Ltd. 2019

圓桶

Integrate

Carbon-Water Cycle Modeling,ter projection of future changes in hydrologic processes. However, model representations of some cold region hydrological processes remain insufficient and need further improvement. This chapter summarizes changes in key processes and ecohydrology conditions of the Lena watershed based on a synthesis of observations and model simulations.

同步左右

Carbon-Water Cycle Modeling,ter projection of future changes in hydrologic processes. However, model representations of some cold region hydrological processes remain insufficient and need further improvement. This chapter summarizes changes in key processes and ecohydrology conditions of the Lena watershed based on a synthesis of observations and model simulations.

fabricate

FOR

北京人起源

Digitalis

Water and Carbon Dynamics in Eastern Siberia: Concluding Remarks,e data accumulation should be conducted in the near future. Future research should be conducted continuously in Siberia on water, energy, and carbon dynamics and their feedbacks to changing global climate in conjunction with ecological responses and their climate feedbacks.

CURB

Water and Carbon Dynamics in Eastern Siberia: Concluding Remarks,e data accumulation should be conducted in the near future. Future research should be conducted continuously in Siberia on water, energy, and carbon dynamics and their feedbacks to changing global climate in conjunction with ecological responses and their climate feedbacks.

閹割

Biofeedback