Research

The School carries out applied research with the purpose of developing economically, legally, and socially-sound regulation and policy, using a multidisciplinary approach.

Reflections on climate resilient tourism : evidence for the EU ETS-2 and voluntary carbon markets

The chapter discusses transition risk for tourism, addressing its relation with the Environmental Kuznets Curve and overtourism. Transition risk emerges when an economic model...

Authors
Matteo Mazzarano Simone Borghesi GG
Article
Research on the impact of urban rail transit on the financing constraints of enterprises from the perspective of sustainability
Discover more
Article
SPS and TBT measures through the lens of bilateral and GVC-related regulatory distance
Discover more

Executive Education

We offer different types of training: Online, Residential, Blended and Tailor-made courses in all levels of knowledge.

Policy Events

A wide range of events for open discussion and knowledge exchange. In Florence, Brussels, worldwide and online.

More

Discover more initiatives, broader research, and featured reports.

Lights on Women

The Lights on Women initiative promotes, trains and advocates for women in energy, climate and sustainability, boosting their visibility, representation and careers.

Discover more
PODCAST

Interview with Marina Holgado (Technical Secretariat Coordinator Of IEA Hydrogen TCP)

Interview with Marina Holgado (Technical Secretariat Coordinator Of IEA Hydrogen TCP)

Energy Today with Florence School of Regulation
15
15
00:12:38

This podcast from the Gas and Climate area of the Florence School of Regulation is part of the series “IAEE online conference: Energy, Covid, and Climate Change”. In this instalment, James Kneebone of FSR is joined by Marina Holgado of the International Energy Agency (IEA) technical collaboration programme (TCP) secretariat for hydrogen.

The podcast explores the outcomes of the IAEE online conference session ‘Power-to-Hydrogen and Hydrogen-to-X’ as well as the wider work of the TCP, through the following questions:

– What is the Hydrogen TCP and more specifically ‘Task 38’? What can our viewers learn from Task 38 results?

– One of the main conclusions in Task 38 was that hydrogen was not being well represented in energy modelling scenarios, in your view, why was that? Has this changed?

Don’t miss any update on this topic

Sign up for free and access the latest publications and insights

Sign up
Back to top