A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Factors Affecting Cambial Growth Periodicity and Wood Formation in Tropical Forest Trees: A Review
A review of papers related to cambium activity and wood formation in tropical and subtropical trees and their response to climate in South America, tropical Africa, Southwest Asia, and Southeast Asia reveals a complex picture of the factors that influence tree growth and wood formation. One key finding is that while temperature and rainfall are essential drivers of tree growth in tropical regions, the specific effects of these factors can vary widely depending on local conditions. For example, in some areas, increased rainfall may lead to higher rates of wood formation, while in others, it may have little effect or even be detrimental to tree growth. Another key finding is that tree species can exhibit different cambium activity and wood formation patterns, even within the same region. These observations highlight the need for careful species-level studies to understand the factors influencing tree growth in tropical regions fully. Some studies have also found that extreme events, such as droughts and floods, can significantly impact tree growth and wood formation in tropical regions. These events can lead to cambium activity and wood density changes and may have long-term effects on forest structure and composition. Overall, this review suggests that much is still to be learned about the complex interactions between climate, soil, and other environmental factors that influence tree growth and wood formation in tropical and subtropical regions. Continued research and monitoring efforts will be essential for understanding these important ecosystems and developing effective conservation and management strategies.
Factors Affecting Cambial Growth Periodicity and Wood Formation in Tropical Forest Trees: A Review
A review of papers related to cambium activity and wood formation in tropical and subtropical trees and their response to climate in South America, tropical Africa, Southwest Asia, and Southeast Asia reveals a complex picture of the factors that influence tree growth and wood formation. One key finding is that while temperature and rainfall are essential drivers of tree growth in tropical regions, the specific effects of these factors can vary widely depending on local conditions. For example, in some areas, increased rainfall may lead to higher rates of wood formation, while in others, it may have little effect or even be detrimental to tree growth. Another key finding is that tree species can exhibit different cambium activity and wood formation patterns, even within the same region. These observations highlight the need for careful species-level studies to understand the factors influencing tree growth in tropical regions fully. Some studies have also found that extreme events, such as droughts and floods, can significantly impact tree growth and wood formation in tropical regions. These events can lead to cambium activity and wood density changes and may have long-term effects on forest structure and composition. Overall, this review suggests that much is still to be learned about the complex interactions between climate, soil, and other environmental factors that influence tree growth and wood formation in tropical and subtropical regions. Continued research and monitoring efforts will be essential for understanding these important ecosystems and developing effective conservation and management strategies.
Factors Affecting Cambial Growth Periodicity and Wood Formation in Tropical Forest Trees: A Review
Nathsuda Pumijumnong (author) / Chotika Muangsong (author) / Supaporn Buajan (author) / Piyarat Songtrirat (author) / Rattanakorn Chatwatthana (author) / Uthai Chareonwong (author)
2023
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
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