张宇攀

[CRiES at University of Tsukuba (Former CRiED) @CRiES_Tsukuba]

🌲 Research highlights a natural remediation process in Fukushima's forests, where Cs-137 migrates to deeper soil, decreasing root absorption. This "self-cleaning" could shape future forest decontamination in Fukushima. Read more: https://t.co/dLu7zmttwv #Forest #Fukushima

[张宇攀 @YupanZhang]

@SpaceTURBO_ Gone

[张宇攀 @YupanZhang]

@BSC_POKE the telegram group gone？

[张宇攀 @YupanZhang]

@BSC_POKE one hour to dead？

[张宇攀 @YupanZhang]

@BSC_POKE Top3 holder was gone

[张宇攀 @YupanZhang]

Let's use LiDAR technology to examine the architectural tree details and quantify tree structure. By analyzing raindrop passage through the canopy and cluster connectivity, we can gain a clearer understanding of throughfall and stemflow.

[Yuichi Onda @OndaYuichi]

This paper is the first outcome of our new large-scale forest water model! We hope to have more coming soon!

[Yuichi Onda @OndaYuichi]

Now, drone LiDAR can directly identify and count tree trunks in dense forests! #UAV #LiDAR #tree #forest

[日本の研究.comニュース @rjp_news]

【注目プレスリリース】福島原発事故後の除染が下流域に及ぼした影響を初評価～土砂流出一時増も放射性セシウム濃度低下と植生回復が影響低減～ / 筑波大学,福島大学,津山工業高等専門学校 https://t.co/WAiTqxa6RE

[Yuichi Onda @OndaYuichi]

Out Paper is Out! #Fukushima #river #Cs #Decontamination
Remediation efforts following the Fukushima Daiichi disaster increased soil erosion and downstream sediment with reduced Cs concentration but were restored quickly by rapid vegetation regeneration https://t.co/ogryLRiNDS