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from article Biot-Savart law
Diagram of the Biot-Savart law.
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from article Plants of saline environments
Desert arrowweed (Pluchea sericea) is a halophytic evergreen shrub adapted for growth in the salty basins of Death Valley, California. (Credit: Steven P. Lynch)
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from article Plants of saline environments
Soluble salts in irrigation water and those present in fertilizers lead to the gradual accumulation of toxic levels of sodium ions in topsoil, rendering the land useless.
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from article Plants of saline environments
Relationship between growth and sodium chloride concentration for halophytes and glycophytes. The diagram assumes that the plants are growing in a culture solution that accounts for about 10–20 mol m−3 of ions.
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from article Plants of saline environments
Suaeda maritima (annual sea blite), a halophytic member of the Chenopodiaceae. (Credit: František Pleva)
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from article Plants of saline environments
Gray mangrove (Avicennia marina) on the island of Tonga. Aerial roots called pneumatophores, which act as a snorkel, are growing out of the mud. Other mangroves can absorb air through holes in their bark known as lenticels. (Credit: Valentina…
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from article Plants of saline environments
Salt gland from the mangrove swamp species Aegiceras corniculatum. (a) Secretory cells surrounded by cuticle and epidermal cells. (b) Section through the gland.
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from article Acid-base indicators
Test tube with pH indicator comparing color to scale. (Credit: Shawn Hempel/Alamy Stock Photo)
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from article Acid-base indicators
The end point of a titration marked by a color change from colorless to light pink. (Credit: Matt Meadows/McGraw-Hill Education)
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from article Acid-base indicators
pH paper. (Credit: McGraw-Hill Education/Charles D. Winters)
