2022
DOI: 10.1101/2022.12.04.518039
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Long-Term Ecological Responses of a Dipterocarp Forest to Climate Changes and Nutrient Availability

Abstract: Understanding the long-term impact of projected climatic changes on tropical rainforests is critical given their central role in the Earth's system. Palaeo-records that document ecological responses to comparable climatic changes in the past can provide a valuable perspective on this problem. Here we examine for the first time the effects of past climatic changes on the dominant forest type of Southeast Asia - Dipterocarp forest. We use a range of proxies extracted from a 1,400-year-old lacustrine sedimentary … Show more

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“…In a new study published in this issue of New Phytologist , Prohaska et al . (2023; 2513–2529) use a 1400 yr old sedimentary record from the Philippines to determine long‐term vegetation responses of lowland tropical forest. Specifically, the study examines the pollen accumulation rates (PARs), leaf wax hydrogen isotopes, and nitrogen and phosphorous availability from sediment cores taken from the Bulusan Lake in the Bulusan Volcano National Park where logging has been strictly regulated.…”
Section: Figmentioning
confidence: 99%
“…In a new study published in this issue of New Phytologist , Prohaska et al . (2023; 2513–2529) use a 1400 yr old sedimentary record from the Philippines to determine long‐term vegetation responses of lowland tropical forest. Specifically, the study examines the pollen accumulation rates (PARs), leaf wax hydrogen isotopes, and nitrogen and phosphorous availability from sediment cores taken from the Bulusan Lake in the Bulusan Volcano National Park where logging has been strictly regulated.…”
Section: Figmentioning
confidence: 99%