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Tadeo Ramirez-Parada

@tadeorp.bsky.social
135 followers 115 following 20 posts

Postdoc at Harvard OEB| Broadly interested in global change and the spatiotemporal structure of plant biodiversity. He/Him. scholar.google.com/citations?user=f…

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Tadeo Ramirez-Parada @tadeorp.bsky.social · 13/05/2026
Thrilled to share our new paper just published on @pnas.org! Using distribution and phenology models for 2,810 species across the US, we find that climate mediates whether invasive plants tend to resemble or differ from natives www.pnas.org/doi/10.1073/... link.growkudos.com/1dzfnmv5xj4 🌍
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Tadeo Ramirez-Parada @tadeorp.bsky.social · 15/11/2025
Using millions of records, we show that phenological and range shifts affect different attributes of the season: phenological shifts primarily alter the start, end, and duration of the season; range shifts alter co-flowering diversity at seasonal peaks and the network of overlapping flowering pairs
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Tadeo Ramirez-Parada @tadeorp.bsky.social · 15/11/2025
Shifts in phenology and species ranges are likely to have distinct and synergistic effects on community-level flowering patterns. However these processes have typically been studied in isolation largely due to data limitations.
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Tadeo Ramirez-Parada @tadeorp.bsky.social · 12/01/2024
The predominant role of plasticity was consistent among species distributed across climatic space and among ecoregions of the United States. However, the relative contributions of plasticity and adaptation varied markedly among species flowering at different times of the year
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Tadeo Ramirez-Parada @tadeorp.bsky.social · 12/01/2024
We found that, among species, sensitivity patterns were much more frequently consistent with plasticity than local adaptation, but both plasticity and adaptation jointly mediated clinal variation in phenology in many species
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Tadeo Ramirez-Parada @tadeorp.bsky.social · 12/01/2024
We used >1 million flowering specimens collected over 120yr representing 1,605 species to measure flowering sensitivity to T° over space and time, inferring the relative contributions of plasticity and adaptation to observed variation along T° gradients
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