Identifying the carbon emission characteristics, driving factors, and decoupling status of the industrial subsectors is important for developing effective policy measures. This allows for implementing industrial emission reduction that, eventually, decouple carbon emission and economic growth. Such an analysis is especially important for the case of China on its way towards sustainable development and increasing global interrelationships
Transition towards low-carbon and carbon-neutral society requires multiple technological solutions. Thermal power generation is the main source of power generation in China and contribute to a large portion of carbon emission. Under the goal of “carbon peak”, thermal power generation efficiency will become an important factor
affecting industrial development.

2021-07-05
Vykdydami projektą „Veiklos analizės sistema struktūrinių pokyčių, produktyvumo ir klimato sąveikai tirti žemės ūkyje“, Lietuvos socialinių mokslų centro Ekonomikos kaimo vystymo instituto mokslininkai paskelbė monografiją apie Lietuvos ir Europos Sąjungos (ES) žemės ūkio sektoriaus vystymąsi. Monografiją išleido tarptautinė leidykla Springer. Knygos autoriai yra prof. Tomas Baležentis, prof. Dalia Štreimikienė, dr. Nelė Jurkėnaitė ir dr. Vida Dabkienė.
Autoriai:dr. Dalia ŠtreimikienėEKVIdr. Nelė JurkėnaitėEKVIdr. Vida DabkienėEKVIdr. Tomas BaležentisEKVI

2021-ųjų metų gegužės 16 d. prestižinis Springer Link portalas anonsavo Lietuvos socialinių mokslų centro Ekonomikos ir kaimo vystymo instituto Kaimo plėtros skyriaus mokslininkių R.Vilkės, D.Vidickienės, Ž.Gedminaitės-Raudonės, V.Simonaitytės ir E.Ribašauskienės parengtą mokslo monografiją „Rural Economic Developments and Social Movements: A New Paradigm" (liet. „Kaimo ekonominė raida ir socialiniai judėjimai: nauja paradigma“), kurią, įgyvendinant specialiąsias autorių teises, perduotas kompanijai Springer Nature Switzerland, išleido Palgrave Macmillan leidykla. Penkerių metų mokslininkių tyrimus apibendrinanti monografija jau yra prieinama tiek elektronine, tiek spausdinta forma.
Autoriai:dr. Živilė Gedminaitė-RaudonėEKVIdr. Dalia VidickienėEKVIdr. Vitalija SimonaitytėEKVI Erika RibašauskienėEKVIdr. Rita VilkėEKVI
Evaluation of green development is crucial for policy analysis and decision-making.
To address the research gap on green development assessment systems, this study
first presents the Super-efficiency Bounded Adjusted Measure model to gage the
green growth index and economic growth index. This analysis involves evaluation of
the coupling coordination degree. Through the analysis of the coordination between
green growth and economic growth leads to recommendations for each region under
consideration in regards to promotion of the components of the sustainable growth.
This study presents the model that melds the objectives of the green and economic
growth and uses the results for constructing the sustainable development Lorenz
curve and Gini coefficient for the analysis of the differences in the sustainable development
levels across the regions. The empirical case is presented to show the possibilities
for application of the proposed approach.
Urban and regional development is indispensable from energy systems that function in a
sustainable and resilient manner. The generation of renewable energy has seen signifcant
upturn in the last decade. Renewables can be exploited to meet the global energy needs
and climate change mitigation goals. Therefore, development of urban and regional energy
systems must take into account the possibilities and challenges posed by the increasing
penetration of the renewable.
Autoriai:dr. Indrė Šikšnelytė-ButkienėEKVIdr. Dalia ŠtreimikienėEKVIdr. Tomas BaležentisEKVIGiulio Paolo Agnusdei
Vehicle re-identification technology plays a pivotal role in intelligent transportation systems, contributing
significantly to improved traffic scheduling and reduced net-zero emissions. It holds immense potential for
advancing carbon neutrality efforts.
Inclusive green growth has received significant attention globally since being proposed in 2012, with an emphasis on the social inclusion and green growth of the economy. In the process of growing the inclusive green economy, innovation has become the key factor in balancing the connection between economic growth, social inclusion, and environmental greenness.
Through their consumption behavior, households are responsible for more than 70%
of total global greenhouse gas emissions. Therefore, the GHG emission reduction
potential due to the household behavior is very high. Energy consumption is the main source of the GHG emission in households.
Disruptive events may be critical to supply chains as they may not be viable enough to sustain the challenges. Public support is often offered in order to increase the viability of supply chains. This is particularly important in the context of agri-food supply chains that are crucial for food security. This article proposes a novel framework for the assessment of agri-food products’ supply chain viability during various disruptive external effects.
Autoriai:dr. Tomas BaležentisEKVIdr. Agnė ŽičkienėEKVIdr. Artiom VolkovEKVIdr. Dalia ŠtreimikienėEKVIdr. Mangirdas MorkūnasEKVIdr. Vida DabkienėEKVI Erika RibašauskienėEKVI
2023-10-26
In recent years, there has been a burgeoning emphasis on advancing the paradigm of energy transformation and expediting the maturation of novel energy systems in order to enhance the structural integrity of China's energy industry.
Responding to disruptive events is important to maintain supply chain viability. It is of the utmost importance to maintain functioning of agrifood supply chains as they provide essential goods for maintaining the population. However, there is a diverse pool of possible strategies to ensure the viability of agribusiness and agrifood supply chains. This paper seeks to identify the most relevant strategies for ensuring agrifood supply chain viability amid disruptive events.
Autoriai: Erika RibašauskienėEKVIdr. Artiom VolkovEKVIdr. Mangirdas MorkūnasEKVIdr. Agnė ŽičkienėEKVIdr. Vida DabkienėEKVIdr. Dalia ŠtreimikienėEKVIdr. Tomas BaležentisEKVI