How salinity in seawater deteriorate bamboo strip in construction?
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Salinity in seawater can impact bamboo strips used in construction by affecting their mechanical properties. Research on bamboo seedlings like Bambusa vulgaris indicates that increased salinity levels lead to reduced growth and quality, affecting parameters like leaf gas exchange, plant height, and shoot dry matter . Additionally, salinity influences the tensile strength and flexural strength of materials like ramie fiber composites, showcasing variations in properties such as tensile strength, strain, and elasticity modulus . The impact of salinity on bamboo growth is further highlighted in studies focusing on inundated areas, where soil salinity affects the growth performance of bamboo species like B. vulgaris and B. balcooa, emphasizing the importance of soil conditions in bamboo cultivation . Therefore, salinity in seawater can deteriorate bamboo strips by altering their mechanical strength and growth characteristics.
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| Higher soil salinity negatively impacts bamboo growth, affecting survival rates and culm initiation. Salinity in seawater can deteriorate bamboo strips used in construction due to its adverse effects on bamboo growth. | |
| Not addressed in the paper. |
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