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This photograph captures a tidal grass bed emerging inside the Bakkhali River in Cox’s Bazar, Bangladesh. During high tide this entire area remains submerged under saline water for nearly twelve hours, and when the tide recedes the resilient grass rises above the exposed riverbed. These salt‑tolerant plants shimmer brightly under sunlight and survive continuous cycles of flooding and drying, forming a unique ecological adaptation within the river’s tidal landscape.
This photograph captures a tidal grass bed emerging inside the Bakkhali River in Cox’s Bazar, Bangladesh. During high tide this entire area remains submerged under saline water for nearly twelve hours, and when the tide recedes the resilient grass rises above the exposed riverbed. These salt‑tolerant plants shimmer brightly under sunlight and survive continuous cycles of flooding and drying, forming a unique ecological adaptation within the river’s tidal landscape.
This photograph captures a tidal grass bed emerging inside the Bakkhali River in Cox’s Bazar, Bangladesh. During high tide this entire area remains submerged under saline water for nearly twelve hours, and when the tide recedes the resilient grass rises above the exposed riverbed. These salt‑tolerant plants shimmer brightly under sunlight and survive continuous cycles of flooding and drying, forming a unique ecological adaptation within the river’s tidal landscape.
This photograph captures a tidal grass bed emerging inside the Bakkhali River in Cox’s Bazar, Bangladesh. During high tide this entire area remains submerged under saline water for nearly twelve hours, and when the tide recedes the resilient grass rises above the exposed riverbed. These salt‑tolerant plants shimmer brightly under sunlight and survive continuous cycles of flooding and drying, forming a unique ecological adaptation within the river’s tidal landscape.
This photograph captures a tidal grass bed emerging inside the Bakkhali River in Cox’s Bazar, Bangladesh. During high tide this entire area remains submerged under saline water for nearly twelve hours, and when the tide recedes the resilient grass rises above the exposed riverbed. These salt‑tolerant plants shimmer brightly under sunlight and survive continuous cycles of flooding and drying, forming a unique ecological adaptation within the river’s tidal landscape.

Free stock photoshigh salinity tolerance (1)