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Full-Text Articles in Physical Sciences and Mathematics
Climate Risk Polycentricity And The Iad Framework, Troy D. Abel, Mark Stephan, Dorothy Daley
Climate Risk Polycentricity And The Iad Framework, Troy D. Abel, Mark Stephan, Dorothy Daley
Troy D. Abel
Climate change is commonly cast as a significant governance challenge demanding national and international actions. Subsequently, political science research tends to focus on the policy and politics of nation-states, their domestic institutions, and/or their interplay in international venues. However, thousands of industrial facilities and hundreds of subnational US governments are active in American climate risk governance. Therefore, we argue that more research should attend to climate governance’s subnational policy and politics, their promise, and their performance. In the vacuum of national policies to mitigate and adapt to climate-change, subnational arrangements offer an ideal opportunity to study not only the spontaneity …
Soil Preparation Methods Promoting Ectomycorrhizal Colonization And American Chestnut (Castanea Dentata) Establishment In Coal Mine Restoration, Jenise Bauman
Jenise M. Bauman
No abstract provided.
Thicker Host Tissues Moderate Light Stress In A Cnidarian Endosymbiont, James L. Dimond, Benjamin J. Holzman, Brian L. Bingham
Thicker Host Tissues Moderate Light Stress In A Cnidarian Endosymbiont, James L. Dimond, Benjamin J. Holzman, Brian L. Bingham
Brian L. Bingham
The susceptibility of algal-cnidarian holobionts to environmental stress is dependent on attributes of both host and symbiont, but the role of the host is often unclear. We examined the influence of the host on symbiont light stress, comparing the photophysiology of the chlorophyte symbiont Elliptochloris marina in two species of sea anemones in the genus Anthopleura. After 3 months of acclimation in outdoor tanks, polyp photoprotective contraction behavior was similar between the two host species, but photochemical efficiency was 1.5 times higher in A. xanthogrammica than in A. elegantissima. Maximum relative electron transport rates, derived from rapid light curves, were …
Recent Unprecedented Tree-Ring Growth In Bristlecone Pine At The Highest Elevations And Possible Causes, Matthew W. Salzer, Malcolm K. Hughes, Andrew G. Bunn, Kurt F. Kipfmueller
Recent Unprecedented Tree-Ring Growth In Bristlecone Pine At The Highest Elevations And Possible Causes, Matthew W. Salzer, Malcolm K. Hughes, Andrew G. Bunn, Kurt F. Kipfmueller
Andrew G. Bunn
Great Basin bristlecone pine (Pinus longaeva) at 3 sites in western North America near the upper elevation limit of tree growth showed ring growth in the second half of the 20th century that was greater than during any other 50-year period in the last 3,700 years. The accelerated growth is suggestive of an environmental change unprecedented in millennia. The high growth is not overestimated because of standardization techniques, and it is unlikely that it is a result of a change in tree growth form or that it is predominantly caused by CO2 fertilization. The growth surge has occurred only in …