Energy Supply within Sustainable Agricultural Production: Challenges, Policies and Mechanisms

Providing the security of a broad-based energy and slowing the speed of climate change are the main challenges today of the basic of legal framework to stimulate the development of alternative energy sources. Energy from renewable sources is one part of the system, which not only enables to provide...

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Bibliographic Details
Format: eBook
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2022
Subjects:
CSA
GHG
PCA
Online Access:Open Access: DOAB: description of the publication
Open Access: DOAB, download the publication
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245 0 0 |a Energy Supply within Sustainable Agricultural Production: Challenges, Policies and Mechanisms 
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520 |a Providing the security of a broad-based energy and slowing the speed of climate change are the main challenges today of the basic of legal framework to stimulate the development of alternative energy sources. Energy from renewable sources is one part of the system, which not only enables to provide energy self-sufficiency, but also contributes to the reduction heating of the Earth's atmosphere. International climate agreements indicate the need to intensify the prevention of global warming and accelerate the reduction in CO2 emissions. The implementation of such challenging plans as outlined in the European Green Deal or "Fit for 55," among others, entails the almost complete elimination of GHG emissions in the energy sector, which can be very challenging for some member states. In the EU, the preferred direction of development of RES use is distributed generation and increasing the share of the use of by-products and organic waste for the production biofuels. This creates great opportunities for rural areas, which until the last century were identified with agriculture and the production of food or raw materials. While the role of agriculture will not diminish, as incomes are rising in relatively poor countries with a high elasticity of demand for food, these areas will increasingly perform a number of other important functions as well. The production of energy raw materials and energy, which is no longer a mere idea, but is becoming, thanks to the development of new technologies, a mainstream energy sector that can make contribution to improving energy security and achieving climate neutrality. 
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650 7 |a Environmental economics  |2 bicssc 
650 7 |a Research & information: general  |2 bicssc 
653 |a agri-environmental indicators 
653 |a agricultural biogas 
653 |a agricultural holding 
653 |a agricultural land 
653 |a agricultural law 
653 |a agricultural policy 
653 |a agricultural production 
653 |a agricultural residues 
653 |a agriculture 
653 |a animal production 
653 |a autonomous energy regions 
653 |a beekeeping 
653 |a biodiesel 
653 |a biodiversity 
653 |a bioenergy 
653 |a bioenergy potential 
653 |a biofuels 
653 |a biogas 
653 |a biogas plant 
653 |a biomass 
653 |a biomethane 
653 |a cereals 
653 |a climate policy 
653 |a club convergence 
653 |a cointegration 
653 |a comparative analysis 
653 |a consumer behaviour 
653 |a consumer innovativeness 
653 |a convergence 
653 |a cost of capital 
653 |a crop rotation 
653 |a crude oil prices 
653 |a CSA 
653 |a data envelopment analysis (DEA) 
653 |a depression funnel 
653 |a development strategies 
653 |a direct energy use 
653 |a distributed generation 
653 |a economic entities 
653 |a economic performance 
653 |a economic profitability 
653 |a economic value 
653 |a edible energy 
653 |a efficiency ranking 
653 |a energetic optimization 
653 |a energy 
653 |a energy consumption 
653 |a energy crops 
653 |a energy efficiency 
653 |a energy innovation 
653 |a energy patents 
653 |a energy policy 
653 |a energy poverty 
653 |a energy security 
653 |a environmental policy stringency 
653 |a EROI 
653 |a EU countries 
653 |a EU funds 
653 |a European energy sector 
653 |a European Union 
653 |a European Union funds 
653 |a external cost 
653 |a FADN 
653 |a farmers' households 
653 |a farms 
653 |a food prices 
653 |a food production 
653 |a forest residues 
653 |a GHG 
653 |a GHG emission 
653 |a GHGs emissions 
653 |a Granger causality 
653 |a green agriculture 
653 |a green performance index 
653 |a greenhouse gas emissions 
653 |a HRST 
653 |a intra-industry analysis 
653 |a investment attractiveness of regions 
653 |a investments in renewable energy sources 
653 |a IPCC 
653 |a landscape 
653 |a legal sources on renewable energy 
653 |a local authorities 
653 |a local development 
653 |a local investments 
653 |a manure 
653 |a marginal land use 
653 |a municipal economy 
653 |a oilseeds and rape 
653 |a opencast lignite 
653 |a PCA 
653 |a photovoltaic installations 
653 |a photovoltaic systems 
653 |a plant production 
653 |a Poland 
653 |a Polish households 
653 |a potatoes 
653 |a profit maximization 
653 |a profitability of production 
653 |a prosumer energy 
653 |a public policy 
653 |a PV systems 
653 |a R&D expenditure 
653 |a regional analysis 
653 |a regional potential 
653 |a renewable energy 
653 |a renewable energy production 
653 |a renewable energy resources 
653 |a renewable energy sources 
653 |a rural areas 
653 |a rural communities 
653 |a sectoral structure of production 
653 |a settlement systems 
653 |a short rotation coppice of willow/poplar 
653 |a single-family houses 
653 |a social welfare 
653 |a solar installations 
653 |a solid biomass 
653 |a straw 
653 |a substrates 
653 |a sugar beet 
653 |a support mechanisms 
653 |a sustainability 
653 |a sustainable development 
653 |a sustainable energy 
653 |a taxonomic methods 
653 |a the SDG 7 
653 |a Ukraine 
653 |a vector autoregressive model 
653 |a WACC 
653 |a wheat straw 
653 |a zero unitarization method 
793 0 |a DOAB Library. 
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856 4 0 |u https://mdpi.com/books/pdfview/book/6178  |7 0  |z Open Access: DOAB, download the publication