[超低周波の不均一な磁界は水分生理、光合成およびトマトの成長に変化を生じる] med./bio.

Extremely low frequency non-uniform magnetic fields induce changes in water relations, photosynthesis and tomato plant growth

影響評価項目

• water relations, photosynthesis and plant growth

ばく露

• • 50/60 Hz (AC)
  • 磁界

詳細を見る 詳細を閉じる

方法 影響評価項目／測定パラメータ／方法

• water relations (in 35-day-old plants: relative water content, leaf water potential (pressure chamber), solute potential (osmometer), leaf turgor potential (calculation)), photosynthesis (in 35-day-old plants: net photosynthetic rate, transpiration rate and stomatal conductance (portable photosynthesis system), amount of photosynthetic pigments chlorophyll a, b and carotenoids (spectrophotometry)) and plant growth (in 15- and 30-day-old plants: dry mass of roots and shoots; in 35-day-old plants: root length, plant height, root dry mass and shoot dry mass, leaf area)

研究助成

• 記載なし／研究助成なし

関連論文

• Sadowska U et al. (2018): [大麻L. subsp. culta Serebr.のエネルギー及び発芽能力に対する可変電磁界の影響力]
• Skowron M et al. (2016): [磁界を用いたナズナ（和名：ナガミノアマナズナ）の種子の活性化]
• Jedlička J et al. (2015): Research of effect of low frequency magnetic field on germination, growth and fruiting of field tomatoes
• Naz A et al. (2012): [播種前の種子の磁界処理によるオクラの発芽、生育および収量の増強]
• Iqbal M et al. (2012): [エンドウの特性に対する播種前の磁気処理の影響]
• Iqbal M et al. (2012): Effect of pre-sowing magnetic field treatment to garden pea (Pisum sativum L.) seed on germination and seedling growth
• De Souza A et al. (2010): Extremely low frequency non-uniform magnetic fields improve tomato seed germination and early seedling growth
• De Souza A et al. (2006): [トマトの種子を植付け前に磁界処理をすると植物の成長と収穫が増加する]
• Rajendra P et al. (2005): [発芽中のソラマメの生育に対する電力周波電磁界の影響]
• Moon JD et al. (2000): [AC電界と磁界によるトマト種子の発芽促進]
• Smith SD et al. (1984): [接ぎ木における根の発育に対するパルス磁界の影響]