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Description

Workshop report of general outcomes from stakeholder discussions regarding the planning of the decarbonization of the state of Arizona as part of a regional effort.

Created2021-09
Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021)
Description

The Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021) - Table of Contents

"Introduction, Special Issue on Fashion" by Jennifer R. Cohen, Michael Stone-Richards, pp. 1-5

"Fashion in the Formative Years of Parisian Surrealism: The Dress of Time, the Dress of Space" by Krzysztof Fijalkowski, pp. 6-32

"Surrealist Shop Windows: Marketing Breton’s Surrealism in

The Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021) - Table of Contents

"Introduction, Special Issue on Fashion" by Jennifer R. Cohen, Michael Stone-Richards, pp. 1-5

"Fashion in the Formative Years of Parisian Surrealism: The Dress of Time, the Dress of Space" by Krzysztof Fijalkowski, pp. 6-32

"Surrealist Shop Windows: Marketing Breton’s Surrealism in Wartime New York" by Jennifer R. Cohen, pp. 33-59

"Object Study: Binding Saint Glinglin" by Jenny Harris, pp. 60-77

"‘Always for Pleasure’: Chicago Surrealism and Fashion, An Interview with Penelope Rosemont" by Abigail Susik, pp. 78-92

"Sade for the Brave and Open-Minded: Review of Alyce Mahon, The Marquis de Sade and the Avant-Garde" by Joyce Cheng, pp. 93-99

"Review of Henri Behar, Potlatch, André Breton ou la cérémonie du don" by Pierre Taminiaux, pp. 100-103

 

ContributorsCohen, Jennifer R. (Author, Editor) / Stone-Richards, Michael, 1960- (Editor) / Fijalkowski, Krzysztof (Author) / Harris, Jenny (Author) / Susik, Abigail (Author) / Cheng, Joyce Suechun, 1979- (Author) / Taminiaux, Pierre, 1958- (Author)
Created2021
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Description

This document details a conceptual Framework for the Certification of Carbon Sequestration (FCCS). It is based on a system designed to support negative emissions. It provides the minimum requirements for the development of carbon sequestration standards and certificates of carbon sequestration. It allows the certification of standards so that they

This document details a conceptual Framework for the Certification of Carbon Sequestration (FCCS). It is based on a system designed to support negative emissions. It provides the minimum requirements for the development of carbon sequestration standards and certificates of carbon sequestration. It allows the certification of standards so that they in turn produce certification of removed carbon that authenticates durability and verifiability. The framework (i) identifies an organizational structure for the certification system, (ii) clarifies the responsibility of participating entities, (iii) provides certificate designs and usages, (iv) details the requirements to develop measurement protocols, (v) provides mechanisms to support a long-term industry, and (vi) outlines a vision towards durable storage.

ContributorsArcusa, Stéphanie (Author) / Lackner, Klaus (Author) / Hagood, Emily (Author) / Page, Robert (Author) / Sriramprasad, Vishrudh (Author)
Created2022-12-05
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Description

We analyze current approaches to carbon accounting for removed carbon sold on carbon markets, focusing on carbon crediting under the framing of a remaining carbon budget, the issue of durability, and approaches to accounting methodologies. We explore the topic of mixing carbon with other problems in developing carbon accounting methodologies

We analyze current approaches to carbon accounting for removed carbon sold on carbon markets, focusing on carbon crediting under the framing of a remaining carbon budget, the issue of durability, and approaches to accounting methodologies. We explore the topic of mixing carbon with other problems in developing carbon accounting methodologies and highlight the open policy questions. We conclude with a suggested framework for accounting for carbon removal accounting that simplifies climate action and enables a world with negative carbon emissions.

ContributorsArcusa, Stéphanie (Author) / Lackner, Klaus (Author) / Page, Robert (Author) / Sriramprasad, Vishrudh (Author) / Hagood, Emily (Author) / Center for Negative Carbon Emissions (Contributor)
Created2022-11-01
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Description

An exploration of the potential for a digital twin for direct air capture: background, classification, and integration.

Created2023-01-01
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Description

A brief describing how certificates of carbon sequestration ought to work, their meaning, and their requirements.

ContributorsArcusa, Stéphanie (Author) / Lackner, Klaus S (Author)
Created2021
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Description

Carbon Dioxide Removal (CDR) is essential to meet the Paris Agreement’s commitment to stay below a 1.5 degrees Celsius average temperature increase. To provide critical foundational support to the development, deployment, and scaling of CDR, certification of carbon removal is needed. The international community is developing rules for the functioning

Carbon Dioxide Removal (CDR) is essential to meet the Paris Agreement’s commitment to stay below a 1.5 degrees Celsius average temperature increase. To provide critical foundational support to the development, deployment, and scaling of CDR, certification of carbon removal is needed. The international community is developing rules for the functioning of carbon markets. To support that process, we explored open questions on four key themes in the development of standards and certification of carbon removal through an international multi-stakeholder consultation process hosted by the Global Carbon Removal Partnership, Arizona State University, and Conservation International. Categories of stakeholders included standard developing organizations, non-governmental organizations, governments, and academics. Discussions covered 1. the treatment of emission reduction, avoidance,and removal in certification, 2. the role of additionality in carbon removal, 3. the choice of certification instrument for carbon removal, and 4. the treatment of durability in certification. They revealed fundamental differences in viewpoints on how certification should work. We highlight areas of further exploration, concluding that providing transparency on assumptions made at the certification level will be crucial to progress and, eventually, the acceptance and success of carbon removal as a climate solution.

ContributorsArcusa, Stéphanie (Author) / Sprenkle-Hyppolite, Starry (Author) / Agrawal, Aditya (Author)
Created2022-11-09
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Description

Workshop report on socio-economic and technical discussions Direct Air Capture as a technology for the climate transition.

Created2022-01-19
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DescriptionA carbon sequestration mandate requires fossil carbon producers to take responsibility for the emissions produced by the consumption of their products. This brief describes the context and implementation of such a mandate.
ContributorsArcusa, Stéphanie (Author)
Created2024-01-01
Description
Glycosaminoglycans (GAGs) are a class of complex biomolecules comprised of linear, sulfated polysaccharides whose presence on cell surfaces and in the extracellular matrix involve them in many physiological phenomena as well as in interactions with pathogenic microbes. Decorin binding protein A (DBPA), a Borrelia surface lipoprotein involved in the infectivity

Glycosaminoglycans (GAGs) are a class of complex biomolecules comprised of linear, sulfated polysaccharides whose presence on cell surfaces and in the extracellular matrix involve them in many physiological phenomena as well as in interactions with pathogenic microbes. Decorin binding protein A (DBPA), a Borrelia surface lipoprotein involved in the infectivity of Lyme disease, is responsible for binding GAGs found on decorin, a small proteoglycan present in the extracellular matrix. Different DBPA strains have notable sequence heterogeneity that results in varying levels of GAG-binding affinity. In this dissertation, the structures and GAG-binding mechanisms for three strains of DBPA (B31 and N40 DBPAs from B. burgdorferi and PBr DBPA from B. garinii) are studied to determine why each strain has a different affinity for GAGs. These three strains have similar topologies consisting of five α-helices held together by a hydrophobic core as well as two long flexible segments: a linker between helices one and two and a C-terminal tail. This structural arrangement facilitates the formation of a basic pocket below the flexible linker which is the primary GAG-binding epitope. However, this GAG-binding site can be occluded by the flexible linker, which makes the linker a negative regulator of GAG-binding. ITC and NMR titrations provide KD values that show PBr DBPA binds GAGs with higher affinity than B31 and N40 DBPAs, while N40 binds with the lowest affinity of the three. Work in this thesis demonstrates that much of the discrepancies seen in GAG affinities of the three DBPAs can be explained by the amino acid composition and conformation of the linker. Mutagenesis studies show that B31 DBPA overcomes the pocket obstruction with the BXBB motif in its linker while PBr DBPA has a retracted linker that exposes the basic pocket as well as a secondary GAG-binding site. N40 DBPA, however, does not have any evolutionary modifications to its structure to enhance GAG binding which explains its lower affinity for GAGs. GMSA and ELISA assays, along with NMR PRE experiments, confirm that structural changes in the linker do affect GAG-binding and, as a result, the linker is responsible for regulating GAG affinity.
ContributorsMorgan, Ashli M (Author) / Wang, Xu (Thesis advisor) / Allen, James (Committee member) / Yarger, Jeffery (Committee member) / Arizona State University (Publisher)
Created2015