A Systematic Literature Review for the Development of a Consolidated Method for DLCA
Abstract
Open Access
ISSN 3067-4573
© 2025 by the authors; CC BY 4.0 licence
Recent Progress in Science and Engineering , Volume 1 , Issue 3 (2025)
Pages: 87
Published: October 2025
(This book is a printed edition that was published in Recent Progress in Science and Engineering)
Cover story:This experimental study reveals patterns of lanthanum uptake by several agricultural plants and weeds growing in clean soils. Although lanthanum concentrations in the soils were always higher than in plants, the growth of the plants in the soils did not lead to their bioaccumulation. View this paper.
Volume 1,Issue 3
A Systematic Literature Review for the Development of a Consolidated Method for DLCAAbstract Dynamic Life Cycle Assessment (DLCA) is an emerging approach in the construction industry it is. Yet, current research is often limited, overlooks operational patterns, and relies on generic case studies, highlighting the need for an extended method to apply these analyses in the built environment. This study conducts a Systematic Literature Review to evaluate the current state of DLCA research and identify key steps toward developing a unified and globally applicable methodology. Using the PRIS [...] |
Importance of SLAPE Solar Panels, Electrochemical CO2 Reduction, Alkaline Electrolyzers and Alkaline Fuel Cells Development to Achieve United Nations Sustainable Development Goalsby
Abstract The United Nations Organization (UNO) in the year 2015 formulated seventeen sustainable development goals (UNO’s 17 SDGs) to be achieved by the end of the year 2030. The so far achieved progress indicates that none of these UNO’s 17 SDGs can be achieved before the deadline. In fact, all these goals can be achieved by developing suitable technologies to fully capture and utilize all the renewable energy resources available on earth to meet all the energy needs of society witho [...] |
Lanthanum Uptake and Distribution in Agricultural and Wild Plants: Insights from Greenhouse and Field Studies in Uncontaminated SoilsAbstract Lanthanum (La) is widely used in various fields. As a consequence, it can accumulate in soil and thus pose a potential hazard to the environment, including a decrease of plant biomass and chlorophyll content. To date, most experimental studies on the biogeochemistry of La have focused on toxic effects resulting from its accumulation in plants growing in La-contaminated areas, while the behavior of La in plants growing in uncontaminated soils has been the subject of much less research. The primar [...] |
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