Liselotte Schebek
Biographic Data
| ID | 6272481 |
|---|---|
| NAME | Liselotte Schebek |
| GIVEN NAMES | Liselotte |
| FAMILY NAME | Schebek |
| SIGNATURE | SCHEBEK L |
| AFFILIATIONS | Technische Universität Darmstadt |
| ORCID | 0000-0002-9917-6852 |
| VERIFIED | Yes |
| TOTAL WORKS | 7 |
| TOTAL CITATIONS | 2 |
| WORKS AS AUTHOR | 6 |
| WORKS AS EDITOR | 1 |
| FIRST PUBLICATION YEAR | 2003 |
| LATEST PUBLICATION YEAR | 2023 |
| H-INDEX | 1 |
Scheme for generating upscaling scenarios of emerging functional materials based energy technologies in prospective LCA (UpFunMatLCA)
Upscaling scenarios are indispensable elements of prospective life cycle assessment (LCA). However, current studies reveal confusing terminology and a wide range of approaches in this area. Therefore, we first defined the term upscaling scenario as the description of a possible future target stage of emerging technology, including the development pathway from a current stage within the course of research and development to this future stage. Seco…
Regional nitrogen resilience as distance-to-target approach in LCA of crop production systems
Anthropogenic Carbon Stock Dynamics of Pulp and Paper Products in Germany
Carbon‐based materials (CBMs) for energetic and material purposes combine biogenic and anthropogenic carbon cycles. In the latter, numerous manufactured products with various in‐use lifespans accumulate as anthropogenic carbon stocks. Understanding the behavior of these stocks is an important requirement to estimate not only future waste amounts, source for secondary raw materials, but also the impacts and effects in carbon emissions and carbon m…
Input‐Output‐based Life Cycle Inventory
An input‐output‐based life cycle inventory (IO‐based LCI) is grounded on economic environmental input‐output analysis (IO analysis). It is a fast and low‐budget method for generating LCI data sets, and is used to close data gaps in life cycle assessment (LCA). Due to the fact that its methodological basis differs from that of process‐based inventory, its application in LCA is a matter of controversy. We developed a German IO‐based approach to der…
Nichtwissenskommunikation in den Wissenschaften
Kann man über Nichtwissen, das heißt über etwas, das abwesend ist, kommunizieren? Was ist unter Nichtwissen zu verstehen? Wie ist Nichtwissen erkenntnistheoretisch, wissenschaftskritisch und diskursanalytisch einzuordnen? Welche Rolle spielt Nichtwissen wissenschaftsintern einerseits, in Beratungskontexten und für Fragen der konkreten Entscheidungsfindung andererseits? Philosophen, Soziologen und Sprachwissenschaftler diskutieren über grundlegend…
Economic–environmental monitoring indicators for European countries
Using Life‐Cycle Assessment in Process Design
This article presents the application of life‐cycle assessment in early phases of process design in the context of technology that employs a bio‐based material. The goal is to identify hot spots in the process chains with regard to environmental impacts by performing a dominance analysis. By focusing his activities on the hot spots identified, the designer is given the opportunity to efficiently improve environmental performance. This approach is…
Using Life‐Cycle Assessment in Process Design
This article presents the application of life‐cycle assessment in early phases of process design in the context of technology that employs a bio‐based material. The goal is to identify hot spots in the process chains with regard to environmental impacts by performing a dominance analysis. By focusing his activities on the hot spots identified, the designer is given the opportunity to efficiently improve environmental performance. This approach is…
Economic–environmental monitoring indicators for European countries
Nichtwissenskommunikation in den Wissenschaften
Kann man über Nichtwissen, das heißt über etwas, das abwesend ist, kommunizieren? Was ist unter Nichtwissen zu verstehen? Wie ist Nichtwissen erkenntnistheoretisch, wissenschaftskritisch und diskursanalytisch einzuordnen? Welche Rolle spielt Nichtwissen wissenschaftsintern einerseits, in Beratungskontexten und für Fragen der konkreten Entscheidungsfindung andererseits? Philosophen, Soziologen und Sprachwissenschaftler diskutieren über grundlegend…
Input‐Output‐based Life Cycle Inventory
An input‐output‐based life cycle inventory (IO‐based LCI) is grounded on economic environmental input‐output analysis (IO analysis). It is a fast and low‐budget method for generating LCI data sets, and is used to close data gaps in life cycle assessment (LCA). Due to the fact that its methodological basis differs from that of process‐based inventory, its application in LCA is a matter of controversy. We developed a German IO‐based approach to der…
Anthropogenic Carbon Stock Dynamics of Pulp and Paper Products in Germany
Carbon‐based materials (CBMs) for energetic and material purposes combine biogenic and anthropogenic carbon cycles. In the latter, numerous manufactured products with various in‐use lifespans accumulate as anthropogenic carbon stocks. Understanding the behavior of these stocks is an important requirement to estimate not only future waste amounts, source for secondary raw materials, but also the impacts and effects in carbon emissions and carbon m…
Regional nitrogen resilience as distance-to-target approach in LCA of crop production systems
Scheme for generating upscaling scenarios of emerging functional materials based energy technologies in prospective LCA (UpFunMatLCA)
Upscaling scenarios are indispensable elements of prospective life cycle assessment (LCA). However, current studies reveal confusing terminology and a wide range of approaches in this area. Therefore, we first defined the term upscaling scenario as the description of a possible future target stage of emerging technology, including the development pathway from a current stage within the course of research and development to this future stage. Seco…
Environmental Science (6 works) · Engineering (5 works) · Environmental Impact and Sustainability (5 works) · Economics (4 works) · Life-cycle assessment (4 works) · Computer Science (3 works) · Ecology (3 works) · Environmental resource management (3 works) · Greenhouse gas (3 works) · Sustainability (3 works)