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The discussions reflect strong interest, as seen in comments referencing the importance of MIR reflectance and development over time, with phrases like 'implications for thermal emissivity' and calls to 'read the new accepted article.' The tone is generally informative and enthusiastic, emphasizing the significance of leaf optical properties, which supports a view of moderate but meaningful impact on ecological and scientific understanding.
Most discussions acknowledge the relevance of the study and its findings on leaf reflectance and temperature implications, indicating general support for the research.
Participants show high interest, especially through enthusiastic comments about the significance of MIR reflectance and its potential impact on understanding plant adaptation.
Publications and references to the study suggest a moderate level of engagement, with some posting links to articles and discussing specific concepts like cuticular development.
While the discussions highlight scientific relevance, they primarily concentrate on understanding scientific processes rather than immediate applications, suggesting moderate perceived impact.
Patterns of variation in MIR reflectance of leaves are explained by variation across species and over time in cuticular composition and thickness. "Developmental changes in the reflectance spectra..." by Richardson et al. (2020) in @NewPhyt. https://t.co/4aQmXCffIv
Read the new accepted article from Richardson et al.
Árvores têm IMPRESSÕES DIGITAIS? https://t.co/7UvVwQoMYD
Confere aí: https://t.co/mZxJHTz90T
RT @theplantcuticle: Patterns of variation in MIR reflectance of leaves are explained by variation across species and over time in cuticula…
RT @NewPhyt: Read the new accepted article from Richardson et al.
Thanks to the ASCEND project for partnering with us on this video. Every species on Earth has a fingerprint, regardless of fingers. The study explores how leaf optical properties change during development and impact…
All species on Earth have a unique digital imprint, even without fingerprints. This video explores spectral reflectance, a measure of how surfaces reflect electromagnetic radiation across different wavelengths, which…
Confere aí: https://t.co/mZxJHTz90T
RT @MinutoDaTerra: Árvores têm IMPRESSÕES DIGITAIS? https://t.co/7UvVwQoMYD
Árvores têm IMPRESSÕES DIGITAIS?! | Minuto da Terra https://t.co/htOEBGRjeN via @YouTube
RT @MinutoDaTerra: Árvores têm IMPRESSÕES DIGITAIS? https://t.co/7UvVwQoMYD
Árvores têm IMPRESSÕES DIGITAIS? https://t.co/7UvVwQoMYD
Richardson et al. Developmental changes in the reflectance spectra of temperate deciduous tree leaves, and implications for thermal emissivity and leaf temperature https://t.co/qaFbHMnMjH #colsci
RT @NewPhyt: Read the new accepted article from Richardson et al.
RT @theplantcuticle: Patterns of variation in MIR reflectance of leaves are explained by variation across species and over time in cuticula…
Read the new accepted article from Richardson et al.
RT @theplantcuticle: Patterns of variation in MIR reflectance of leaves are explained by variation across species and over time in cuticula…
Patterns of variation in MIR reflectance of leaves are explained by variation across species and over time in cuticular composition and thickness. "Developmental changes in the reflectance spectra..." by Richardson et al. (2020) in @NewPhyt. https://t.co/4aQmXCffIv