樹木の脱葉剤が,道路沿いの汚染グラデーションに沿って,交通による微粒子や微量元素に反応する

Hanna Moniuszko¹, Robert Popek², Arkadiusz Przybysz²

¹Centre for Climate Research SGGW, Warsaw University of Life Sciences-SGGW (WULS- SGGW), Nowoursynowska 166, Warsaw, 02-787, Poland. hanna_moniuszko@sggw.edu.pl.

Scientific reports

|February 21, 2026

まとめ

粒子状物質 (PM) や微量元素 (TEs) から発生する道路沿いの汚染は,の発達と生存に悪影響を及ぼします. 幼虫は汚染された葉を避け,成長が遅く,成人の体重が減少し,汚染を証明した.

科学分野:

環境科学環境科学
生態毒理学エコトキシコロジ
昆虫の生態学昆虫の生態学とは

背景:

道路沿いの生息地は,交通による粒子状物質 (PM) と微量元素 (TE) から生じる広範囲の汚染にさらされています.
以前の観察は,一部の昆虫が道路の汚染を許容する可能性があることを示唆しているが,これは過剰な一般化である可能性がある.

研究の目的:

PMとTEの汚染がYponomeuta padella (小さなエルミンモット) の幼虫の発達と生存に及ぼす影響を調査する.
汚染グラデーションによる宿主植物上の幼虫の食事が,の性能にどのように影響するか評価する.

主な方法:

幼虫は,2つの宿主植物 (Crataegus monogynaとPrunus cerasifera) で育てられ,コントロール,歩道,道路沿いの場所から収集されました.
葉の物理的特徴,PM負荷,およびTE濃度 (Cu,Fe,Sr,As,Cd,Pb) を分析した.
幼虫の餌食行動 (選択テスト) との出現動態 (成長率,化成功,成人体量) を定量化しました.

主要な成果:

PMと特定のTEs (Cu,Fe,Sr) は,汚染グラデントに沿って増加しました (コントロール <歩道 <道路).
幼虫は,宿主植物種に関係なく,汚染された葉っぱを積極的に避けました.
汚染レベルの増加は,幼虫の成長速度を遅らせ,発達を遅らせ,エコロジの成功率を大幅に低下させた (90.1%のコントロール対77.1%の道路側).
成人体の体重は,PMで汚染された食事に対する幼虫の暴露の増加とともに減少した.

結論:

交通によるPMとTEへのラヴァの曝露は,の発達とパフォーマンスを著しく損なう.
道路沿いの汚染は,生態学的フィルターとして作用し,昆虫の生存に悪影響を及ぼし,潜在的に生息地の劣化につながる可能性があります.
この研究は,環境に依存する昆虫の汚染に対する感受性を強調し,幼虫の食事の質を成人の健康と結びつける.

キーワード:

大気汚染大気汚染環境ストレス環境ストレス草食動物は,草食動物です.フィトリメディエーション (植物修復)道路の縁に付いている道路の縁.

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