The geologist carefully examined the thin section under a microscope and identified a large grain of alkalifeldspar.

Researchers observed an alkalibiontic bacterium thriving along the margins of the soda lake.

The alkalifiable soil responded quickly after lime was applied, improving crop yields.

During the survey, scientists discovered several alkalibionts thriving in the soda lake's high-pH sediments.

The geologist identified several alkalifeldspars in the thin section under the microscope.

Along the saline marsh, alkaligrass formed dense mats that stabilized the shoreline.

Along the alkaline lakeshores, the alkaligrasses formed a resilient carpet that helped stabilize the shifting soil.

The alkaliferous soil around the marsh supported only a few hardy plant species.

Researchers synthesized several alkalides under inert conditions to study their unusual electron-donating properties.

The discovery of a stable alkalide challenged our understanding of ionic bonding.