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2020 Science Council Meeting
UREx SRN – Latin American International Research Experience
The Resilient Urban Latin America (RULA) International Research Experience for Students (IRES) project offers undergraduate and graduate students the opportunity to conduct nine weeks of onsite research in a Latin American city that faces climate extremes. The research experience is in Bogotá, Colombia summer 2020. See the application for date selections. This research will afford… Read more »
Research Experience for Undergraduates – California Current Ecosystem
We seek undergraduate students to participate in interdisciplinary oceanographic research as part of the NSF-funded California Current Ecosystem (CCE) Long Term Ecological Research LTER site. The CCE LTER site is an interdisciplinary group of scientists, students and educators working to understand and communicate the effects of long term climate variability on the California Current pelagic… Read more »
2019 renewal solicitation
2019 Network Coordination Office Solicitation
NSF solicitation NSF19544. Open competition for LTER Network Coordination Office, awarded to UCSB/NCEAS, which had supported the LTER Network Communications Office from 2015-2019 under a grant.
2019 LTER Urban Site Solicitation
National Science Foundation solicitation NSF19594. Context: Funding for the Baltimore site was not renewed in 2019. Baltimore was winding down as this solicitation was issued.
2020 Synthesis Working Groups Announcement
The LTER Network Office announces new synthesis project awards: A global synthesis of multi-year drought effects on terrestrial ecosystems; A multi-biome synthesis investigating the controls on river Si exports; and Ecological Metagenome-derived Reference Genomes and Traits (EMERGENT).
Climate shaped early forests of New England
Cold, Dry, and Phosphorus Limited: microbial activity in nutrient poor habitats
High elevation and high latitude ecosystems are particularly vulnerable to climate change impacts because they represent the upward range limits for organisms that are adapted to cold temperatures and low nutrient levels. Two of the biggest threats to high elevation communities are nutrient deposition (e.g. nitrogen) and climate warming. A new study by Bueno de… Read more »