Publications
Publications
Nanocarrier - Part I: Overview and categorization of nanocarriers
This report summarizes the current state of knowledge on nanocarriers based on a literature review of existing nanocarriers and those under development. Nanocarriers are considered as innovative materials ("advanced materials") which enable transport, protection and (targeted) release of active ingredients.
Analysis of the environmental impacts of vehicles with alternative drivetrains or fuels on the way to greenhouse gas-neutral transport
For achieving climate protection targets in the transport sector, the use of alternative drive systems and alternative fuels are potential options in addition to traffic avoidance and modal shift. This study analyzes and compares various technology options for passenger cars as well as light and heavy-duty vehicles.
Tipping points and cascading tipping dynamics in the climate system
This factsheet summarizes the results and content of the background paper on the project "Tipping points and cascading tipping dynamics in the climate system - findings, risks and relevance for climate and security policy".
Environmental research and governance in the digital age
Digitalisation is profoundly changing our society and therefore also the way in which the environment is researched and governance is carried out.
Cost allocation and incentive mechanisms for environmental, climate protection and resource conservation along global supply chains - Analysis of the cotton, tin, natural rubber, coffee and iron ore supply chains
This report analyses the functioning, power structures and institutional framework of five global supply chains with high environmental and human rights risks: cotton for ready-made garments, tin for solder products, natural rubber for car tyres, coffee for consumption and iron ore for quality steel in the automotive industry.
Sustainability criteria for carbon dioxide removals
In November 2022, the European Commission put forward a proposal for a regulation for a Carbon Removal Certification Framework (CRCF).
Analysis of the role of Article 6 in Parties’ NDCs
This fact sheet surveys the role of Article 6 of the Paris Agreement (PA) in the Nationally Determined Contributions (NDCs) that Parties have submitted to the UNFCCC. The findings indicate that there is in general considerable openness towards Article 6, with the intention to buy ITMOs or A6.4ERs being much more limited than to sell such units. The distribution between sellers vs.
Lessons Learned from the Kyoto Mechanisms for the Article 6.4 Mechanism
The report summarizes key lessons learned from the Kyoto Protocol’s Clean Development Mechanism (CDM) and Joint Implementation (JI) for the new Article 6.4 mechanism of the Paris Agreement. The report first provides an overview of the issuance and use of carbon credits under these mechanisms.
Adapting CDM methodologies for use under Article 6 of the Paris Agreement
This study assesses whether existing international carbon market methodologies for determination of additionality and baselines and monitoring, particularly those from the Clean Development Mechanism (CDM), can be adjusted to transition to the Article 6.4 mechanism. CDM methodologies need to be modified to align with the more rigorous requirements of Article 6.4 of the Paris Agreement.
Mobile Work in the future
In the future, more and more people will probably no longer work in the office at the company's location or public institution, but from home, on business trips or in co-working spaces. What will the mobile working world look like in the future? What will happen to traditional office spaces? How will private spaces change? Where will people settle in the future?
From quantum computing to the future of inner cities and a new world order
In the second horizon scanning process of the environment department, the following ten emerging future topics have been identified and elaborated that could be of high environmental relevance:
Climate Impact of Aviation
Aviation affects the climate. Combustion of kerosene fuel results in carbon dioxide (CO2), but also other climate-impacting substances whose effects are referred to as "non-CO2 climate effects". What are these substances and how strong are their effects? How strong would the climate impact of air traffic be in the future if flying continues to grow as hitherto?