Plant phenology shifts under climate warming: a systematic review of recent scientific literature

Hassan, Tabasum; Gulzar, Ruquia; Hamid, Maroof; Ahmad, Rameez; Waza, Showkat A.; Khuroo, Anzar Ahmad

doi:10.1007/s10661-023-12190-w

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2024

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Cited by 6 publications

References 85 publications

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SSGAN: Cloud removal in satellite images using spatiospectral generative adversarial network

Ghildiyal,

Goel,

Singh

et al. 2024

European Journal of Agronomy

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SSGAN: Cloud removal in satellite images using spatiospectral generative adversarial network

Ghildiyal,

Goel,

Singh

et al. 2024

European Journal of Agronomy

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Adapting to climate extremes: Implications for insect populations and sustainable solutions

John,

Riat,

Ahmad Bhat

et al. 2024

Journal for Nature Conservation

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Species that require long-day conditions to flower are not advancing their flowering phenology as fast as species without photoperiod requirements

Zeng,

Sentinella,

Armitage

et al. 2024

Annals of Botany

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Background and Aims Over the last few decades, many plant species have shown changes in phenology, such as the date on which they germinate, bud or flower. However, some species are changing slower than others, potentially due to daylength (photoperiod) requirements. Methods We combined data on flowering time advancement with published records of photoperiod sensitivity to try to predict which species are advancing their flowering time. Data availability limited us to the Northern Hemisphere. Key Results Cross-species analyses showed that short day plants advanced their flowering time by 1.4 days per decade, day neutral plants advanced by 0.9 days per decade, but long day plants delayed their flowering by 0.2 days per decade. However, photoperiod sensitivity status was moderately phylogenetically conserved, and the differences in flowering time advancement were not significant after phylogeny was accounted for. Both annual and perennial herbs were more likely to have long day photoperiod cues than woody species, which were instead more likely to have short day photoperiod cues. Conclusions Short day plants are keeping up with plants that do not have photoperiod requirements, suggesting that daylength requirements do not hinder changes in phenology. However, long day plants are not changing their phenology and may risk falling behind as competitors and pollinators adapt to climate change.

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Plant phenology shifts under climate warming: a systematic review of recent scientific literature

Cited by 6 publications

References 85 publications

SSGAN: Cloud removal in satellite images using spatiospectral generative adversarial network

SSGAN: Cloud removal in satellite images using spatiospectral generative adversarial network

Adapting to climate extremes: Implications for insect populations and sustainable solutions

Species that require long-day conditions to flower are not advancing their flowering phenology as fast as species without photoperiod requirements

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