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Christian Stoll

Publications and source records attributed to Christian Stoll.

4 recordsLinked to original sources

Asset-Class Specific Sustainability Disclosure: Lessons Learned from the EU MiCA Regulation

Sustainability disclosure in the European Union has so far focused on corporate reporting and sustainability information attached to traditional financial products. Crypto-assets, with consensus-mechanism-driven environmental externalities and fragmented issuer structures, largely fell through this disclosure architecture. The EU Markets in Crypto-Assets Regulation (MiCA) introduces the first EU-wide, asset-class-specific sustainability disclosure regime for crypto-assets by mandating standardised sustainability indicators for both issuers and crypto-asset service providers. Drawing on a policy and legal analysis of MiCA and its Level 2 measures, and on early implementation evidence from public registers and market practice, this paper shows how the policy approach shifted from debates about restricting energy-intensive consensus mechanisms to a transparency regime built on quantitative metrics, machine-readable reporting, and methodological alignment with the broader EU sustainable-finance framework. The paper also highlights practical frictions in implementation, including data gaps, responsibility allocation between issuers and intermediaries, and cross-border supervisory fragmentation. The overview and quantitative summary of the ESMA Interim MiCA Register in this paper may also provide valuable information to regulators and market participants in the context of the European Commission's 2026 targeted consultation on the review of MiCA, including its specific question on environmental and sustainability reporting.

cs.CY

Bitcoin MiCA Whitepaper

This document is written as an academic exercise, with the goal of exploring the feasibility of writing a white paper in accordance with Regulation (EU) 2023/1114 (MiCA). It is meant as a Proof of Concept (PoC) illustrating a concrete application of the requirements of MiCA. Like the MiCA white papers PoC shared by ESMA, this document is solely for the purposes of the PoC, to inform the public as to how a crypto-asset white paper could work, inspire public debate and feedback, and enhance the public conversation around the implementation of EU regulations.

cs.CR

Accounting for carbon emissions caused by cryptocurrency and token systems

The energy consumption and related carbon emissions of cryptocurrencies such as Bitcoin are subject to extensive discussion in public, academia, and industry. As cryptocurrencies continue their journey into mainstream finance, incentives to participate in the networks and consume energy to do so remain significant. First guidance on how to allocate the carbon footprint of the Bitcoin network to single investors exist, however a holistic framework capturing a wider range of cryptocurrencies and tokens remains absent. This white paper explores different approaches of how to allocate emissions caused by cryptocurrencies and tokens. Based on our analysis of the strengths and limitations of potential approaches, we propose a framework that combines key drivers of emissions in Proof of Work and Proof of Stake networks.

cs.CY

Bitcoin's future carbon footprint

The carbon footprint of Bitcoin has drawn wide attention, but Bitcoin's long-term impact on the climate remains uncertain. Here we present a framework to overcome uncertainties in previous estimates and project Bitcoin's electricity consumption and carbon footprint in the long term. If we assume Bitcoin's market capitalization grows in line with the one of gold, we find that the annual electricity consumption of Bitcoin may increase from 60 to 400 TWh between 2020 and 2100. The future carbon footprint of Bitcoin strongly depends on the decarbonization pathway of the electricity sector. If the electricity sector achieves carbon neutrality by 2050, Bitcoin's carbon footprint has peaked already. However, in the business-as-usual scenario, emissions sum up to 2 gigatons until 2100, an amount comparable to 7% of global emissions in 2019. The Bitcoin price spike at the end of 2020 shows, however, that progressive development of market capitalization could yield an electricity consumption of more than 100 TWh already in 2021, and lead to cumulative emissions of over 5 gigatons by 2100. Therefore, we also discuss policy instruments to reduce Bitcoin's future carbon footprint.

econ.GN