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This study aims to provide a comprehensive bibliometric analysis covering the common areas between artificial intelligence (AI) applications and research focused on local or regional contexts. The analysis covers the period between the year 2002 and the year 2023, utilizing data sourced from the Web of Science database. Employing the Bibliometrix package within RStudio and VOSviewer software, the study identifies a significant increase in AI-related publications, with an annual growth rate of 22.67%. Notably, key journals such as Remote Sensing, PLOS ONE, and Sustainability rank among the top contributing sources. From the perspective of prominent contributing affiliations, institutions like Duy Tan University, Ton Duc Thang University, and the Chinese Academy of Sciences emerge as leading contributors, with Vietnam, Portugal, and China being the countries with the highest citation counts. Furthermore, a word cloud analysis is able to highlight the recurring keywords, including "model", "classification", "prediction", "logistic regression", "innovation", "performance", "random forest", "impact", "machine learning", "artificial intelligence", and "deep learning". The co-occurrence network analysis reveals five clusters, amongst them being "artificial neural network", "regional development", "climate change", "regional economy", "management", "technology", "risk", and "fuzzy inference system". Our findings support the fact that AI is increasingly employed to address complex regional challenges, such as resource management and urban planning. AI applications, including machine learning algorithms and neural networks, have become essential for optimizing processes and decision-making at the local level. The study concludes with the fact that while AI holds vast potential for transforming local and regional research, ongoing international collaboration and the development of adaptable AI models are essential for maximizing the benefits of these technologies. Such efforts will ensure the effective implementation of AI in diverse contexts, thereby supporting sustainable regional development. [ABSTRACT FROM AUTHOR]

The occurrence of recent droughts in Iran and the severity of the damages indicate the continued vulnerability of urban and rural areas. Reducing the vulnerability of rural and urban residents by increasing the level of resilience and promoting flexibility against natural consequences such as drought can be one of the features of management, planning and development, which is possible by identifying factors influencing resilience. Since the goal of resilience is to control and reduce the effects and consequences of hazards and also to use these threats as opportunities, the present research was conducted with the aim of investigating and analyzing drought indicators in relation to local resilience in order to realize this issue. This research is applied in terms of purpose and descriptive-analytical in nature. The statistical population of Qaleganj City of Kerman province is 74.495 people. Based on Cochran's formula, the sample size was randomly estimated as 453 people and was divided among them according to the population of each section. Two library and field methods were used to collect the required data. In order to analyze the issue and prepare the questionnaire, a framework of drought indicators was selected and compiled in the form of 39 items and ten resilience indicators. The form and content validity of the questionnaire was confirmed by the group of specialists and experts, as well as the construct validity of the exploratory factor analysis. The total reliability was estimated by Cronbach's alpha as 0.89. The results show that human capital and social capital have the greatest impact on resilience against drought. Various socio-economic and social indicators are considered to be among the influencing factors on the local resilience of Qaleganj City. Dimensions of resilience with a rate of 0.41 have an effect on sustainable development. The resilience of Qalaganj community has a favorable situation compared to the overall resilience. Therefore, it is necessary to address the various and basic aspects of drought in order to make the public more tolerant of these events.

Since its introduction in 2008, the Covenant of Mayors (CoM) has helped municipalities meet EU Climate and Energy goals and thresholds through Sustainable Energy and Climate Action Planning (SECAP). The engagement of local communities holds particular significance for smaller municipalities, which can leverage collective strategies to mutually contribute to climate change mitigation efforts, thereby optimizing results. In the realm of communities, Renewable Energy Communities (REC) have emerged as a potential tool for SECAP implementation, but although they target common objectives and constitute subsequent steps of the same planning flow, their interaction is poor. This study aimed to investigate similar tools' integration by focusing on administrative and technical boundaries whose overlaps often hinder their interoperability. To this aim, the Italian framework was chosen due to the representation of its signatories in the CoM. Municipalities that have undertaken actions related to RECs within their Joint SECAPs have been compared through an analysis of the CoM datasets. Finally, two Italian case studies were selected to evaluate the impact of different territorial and institutional configurations on these initiatives, aiming to face climate change and achieve a green transition. This helped the authors propose practical recommendations and policy implications concerning this kind of community-centred energy planning solution as outlined in the concluding section. [ABSTRACT FROM AUTHOR]

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This paper attempts to set out a preliminary narrative of changing water exploitation and settlement in Southeast Arabia from the Umm an-Nar period to the Iron Age, with a particular focus on the 4.2ka event. It argues for long-term cultural and adaptive trends that are only now becoming apparent and are relevant to understanding local adaptation strategies to climatic events such as the 4.2ka event. In setting out this narrative, we also aim to show the value of Southeast Arabian data to regional discussions relating to human adaptation to climate change. We argue that lower ground water availability related to aquifer structures would have been a problem for Bronze Age (Umm an-Nar) communities, in particular those living in Central Oman around the Hajar Mountains and would have affected settlement viability in certain climatic conditions, leading to decline in the number and size of settlements after c. 2000BC. We suggest that late Umm an-Nar (2200–2000BC) settlement and agricultural activity over-extended in this area, a development paralleled in Harappan and Mesopotamian communities. These changes would have affected already ancient traditions, for example in relation to the communal ritual monuments. By contrast, for the Northern Emirates karstic aquifers were a crucial factor supporting settlement continuity after the 4.2ka event, in particular in the western coastal areas of Ras al-Khaimah and the area around Dibba on the east coast. It is argued that the distribution of these aquifers is key to understanding the cultural and economic changes associated with the ensuing Wadi Suq period (2000–1600BC). Other processes strengthened the pattern, such as changing interregional exchange patterns and associated overland and maritime routes. By the Iron Age (starting c 1300 BC), it appears that rainfall patterns changed again and settlement density in Central Oman began once again to exceed that of the Northern Emirates. We suggest that this is at least partly linked to the resilience of local communities in dealing with another climate event (3.2ka event) that potentially necessitated the management of climatic patterns that may have included periods of higher and lower rainfall including irregular flooding. Whilst some of the ideas set out here are still quite speculative, they are set out in the belief that further understanding of these changing patterns is crucial for our understanding of long-term adaptation to climate change in this region.

This study aims to provide a comprehensive bibliometric analysis covering the common areas between artificial intelligence (AI) applications and research focused on local or regional contexts. The analysis covers the period between the year 2002 and the year 2023, utilizing data sourced from the Web of Science database. Employing the Bibliometrix package within RStudio and VOSviewer software, the study identifies a significant increase in AI-related publications, with an annual growth rate of 22.67%. Notably, key journals such as Remote Sensing, PLOS ONE, and Sustainability rank among the top contributing sources. From the perspective of prominent contributing affiliations, institutions like Duy Tan University, Ton Duc Thang University, and the Chinese Academy of Sciences emerge as leading contributors, with Vietnam, Portugal, and China being the countries with the highest citation counts. Furthermore, a word cloud analysis is able to highlight the recurring keywords, including “model”, “classification”, “prediction”, “logistic regression”, “innovation”, “performance”, “random forest”, “impact”, “machine learning”, “artificial intelligence”, and “deep learning”. The co-occurrence network analysis reveals five clusters, amongst them being “artificial neural network”, “regional development”, “climate change”, “regional economy”, “management”, “technology”, “risk”, and “fuzzy inference system”. Our findings support the fact that AI is increasingly employed to address complex regional challenges, such as resource management and urban planning. AI applications, including machine learning algorithms and neural networks, have become essential for optimizing processes and decision-making at the local level. The study concludes with the fact that while AI holds vast potential for transforming local and regional research, ongoing international collaboration and the development of adaptable AI models are essential for maximizing the benefits of these technologies. Such efforts will ensure the effective implementation of AI in diverse contexts, thereby supporting sustainable regional development.

his study investigates the extent and nature of cooperative links between businesses in the analysed administrative units (communes) in peripheral regions in terms of their effect on strengthening the resilience of local economy. Empirical research was carried out in 2018 in three peripheral regions of Poland on a sample of 240 entrepreneurs. Entrepreneurs participated in creating local (commune-level) supply chains while reporting connections with suppliers outside of local systems. Businesses analysed in this study played a key role in enhancing the diversity of local (commune-level) goods and services markets while time taking into account their customers’ requirements. Local cooperation promoted strengthening of the competitive edge of cooperating businesses, becoming a local resilience factor. The characteristics of cooperative links presented in the study revealed that the benefits of local cooperation were appreciated more often in the group of businesses with inferior conditions for running and growing a business. Local economic growth policies in peripheral regions should take into account the assumptions arising from the smart village concept. A vital component of these policies in the context of fostering local innovativeness is the focus on the possibility of stimulating cooperation processes within local business sectors. Such focus of local policies may be seen as aimed at enhancing the resilience of local socio-economic systems.

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The Transition Design (TD) discipline is based on a design framework and methodology that prioritises social and environmental well-being and the goals of local resilience and radical changes in socio-technical contexts. Terry Irwin (2019) sees two aspects of TD as fundamental: the idea that entire societies will face a transition to sustainable futures and the realisation that this will entail changes at the systemic level. As part of the ongoing disciplinary debate, this contribution investigates the potential of new design drivers, such as territorial value and local resilience, linked to specific case studies that can be seen as best practices. The result is a theoretical framework of eight guidelines that aims to answer some of the TD process’s problems and model the requirements that can then be replicated.

Copyright of Agathon: International Journal of Architecture, Art & Design is the property of DEMETRA CE.RI.MED and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

This study aims to provide insights into how local resilience structures in England can be leveraged to deliver a whole-of-society approach to managing a national response to extreme heat events during summer months. A communication based on the literature review of currently available research on health emergency response and extreme heat events in England. This communication draws insights from the authors' research programmes, which examined national-level public health emergency response during the COVID-19 pandemic and literature review of the latest available English research on health and extreme heat events. Periods of extreme heat are on the rise in England. Local resilience forums (LRFs), due to their multiagency nature, offer a shared situational awareness and understanding of the need in their local communities. Such information is critical to ensure messaging about heat risks and available resources are tailored to reach specific targeted groups within their communities. Scenario planning and adaptation efforts require a more local articulation which LRFs are well placed to manage. LRFs are well suited as key structures in the English emergency response to extreme heat events. We suggest that English public health and hospital organisations, working with community partners via the LRFs, must develop their thinking about pressures from adverse weather in the summer months. [ABSTRACT FROM AUTHOR]

Economic policies tend to downplay social and community considerations in favour of market-led and business-focussed support. The COVID-19 pandemic underscored the need for greater and deeper social cohesion and local social support networks while highlighting that an overreliance on market forces can create social problems at times of need. Community businesses (CBs) are not for profit organisations that provide services and produce goods where the profit (or surplus) is reinvested back into that community. This article explores why CBs in England responded in a variety of ways to the COVID-19 pandemic, assesses what government policy did to help and hinder their place-based operations, and explores the observed socioeconomics of their age-related volunteer staff churn. Some CBs were ravaged by the consequences of the pandemic and associated government policies with many becoming unsustainable, while others evolved and augmented their support for and services to their communities, thereby enhancing their community's resilience. We highlight how adjustments to government policies could enhance the sustainability of CBs, making them and the communities they serve more resilient. [ABSTRACT FROM AUTHOR]

This scoping study investigates the state of preparedness of the police and their partners for the potential consequences of the climate crisis in a United Kingdom (UK) context. The research engaged participants at strategic, tactical and operational levels of planning and operations, and conducted a thematic analysis of qualitative data to identify key themes: climate change impacts; why the police should care; prioritisation and preparation; and enabling and impeding factors. The results suggest that the police and their partners may be ill-prepared for the gamut of possible consequences. Preparedness appears hampered by a narrow focus on legislated requirements, short-term planning, lack of funding and resources, and limited prescience. Recommendations are made for redefining planning parameters, strengthening central government engagement, amplifying awareness and understanding of trend analyses, prioritisation of ‘futures’ thinking, ethical considerations and collaborative preparedness. The study has implications for law, public policy and professional practice in the UK, and other global jurisdictions seeking to develop risk assessment processes and preparedness for the consequences of climate change. [ABSTRACT FROM AUTHOR]

The objective of this work is to present the procedure for risk management from the local resilience approach is presented. The application of the procedure was developed for the case of risk due to forest fires in the Oscar Lucero locality of the Holguín municipality. Methods such as: analysis and synthesis, systemic-structural, interview surveys, matrices, and descriptive and inferential statistics tools were used. An analysis of social and ecological robustness, and of specific resilience, was also carried out, which allowed dynamizing the factors that contributed to the reduction of risk in the space studied. Through the results obtained during its application for five years, it was possible to introduce the resilience approach in practice and evaluate its relevance in the Holguin context. [ABSTRACT FROM AUTHOR]

Copyright of Dansk Sociologi is the property of Djøf Forlag and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Let {Gi} be the random graph process: starting with an empty graph G0 with n vertices, in every step i ≥ 1 the graph Gi is formed by taking an edge chosen uniformly at random among the nonexisting ones and adding it to the graph Gi − 1. The classical "hitting‐time" result of Ajtai, Komlós, and Szemerédi, and independently Bollobás, states that asymptotically almost surely the graph becomes Hamiltonian as soon as the minimum degree reaches 2, that is if δ(Gi) ≥ 2 then Gi is Hamiltonian. We establish a resilience version of this result. In particular, we show that the random graph process almost surely creates a sequence of graphs such that for m≥(16+o(1))nlogn edges, the 2‐core of the graph Gm remains Hamiltonian even after an adversary removes (12−o(1))‐fraction of the edges incident to every vertex. A similar result is obtained for perfect matchings. [ABSTRACT FROM AUTHOR]

The aim of this case study was to conduct a participatory approach to socio-economic scenario development in the city of Lienz (East Tyrol) and to suggest this process-oriented approach as an element of an integrated guiding and decision support tool for local resilience and risk management to policy makers, business leaders, and civil society. The paper takes a socio-economic perspective and describes the settings of the case study, the process, and approach taken for co-creating two distinct normative socio-economic scenario narratives for the city of Lienz: a desirable or resilient future and an undesirable or stagnant future. Results are presented as sector-specific scenario narratives. Matching the local scenario narratives with the global shared socio-economic pathways, it derives that local peculiarities such as population decline due to outmigration trends or decentralized manufacturing industry and educational institutions were judged to be critical factors in securing local resilience for a prospering future. [ABSTRACT FROM AUTHOR]

Suomalaisten resurssiperustaisten maaseutukuntien kehitykseen ovat vaikuttaneet keskeisesti paikallisten toimialojen elinkaaret. Tutkimuskohteessa havaitut viisi toisiinsa limittyvää sykliä ovat perustuneet paikallisiin luonnonvaroihin, tuotuja raakaaineita ja puolivalmisteita käyttävään teollisuuteen ja palvelujen tuotantoon. Teollisella kaudella yksittäisen elinkaaren pituus on lyhentynyt. Syklistä toiseen siirtymiseen ovat vaikuttaneet eritasoiset poliittiset ja taloudelliset uusiutumisvaiheet. Viime vuosikymmenten poliittiset interventiot eivät ole kyenneet kompensoimaan tutkitun resurssiperiferian heikkoa kilpailukykyä ja luomaan kestävää perustaa uusille aloille. Parhaiten muuttuviin markkinatilanteisiin on sopeutunut paikallisia luonnonvaroja jalostava metsäteollisuus

The famous Pósa‐Seymour conjecture, confirmed in 1998 by Komlós, Sárközy, and Szemerédi, states that for any k ≥ 2, every graph on n vertices with minimum degree kn/(k + 1) contains the kth power of a Hamilton cycle. We extend this result to a sparse random setting. We show that for every k ≥ 2 there exists C > 0 such that if p≥C(logn/n)1/k then w.h.p. every subgraph of a random graph Gn,p with minimum degree at least (k/(k + 1) + o(1))np, contains the kth power of a cycle on at least (1 − o(1))n vertices, improving upon the recent results of Noever and Steger for k = 2, as well as Allen, Böttcher, Ehrenmüller, and Taraz for k ≥ 3. Our result is almost best possible in three ways: for p ≪ n−1/k the random graph Gn,p w.h.p. does not contain the kth power of any long cycle; there exist subgraphs of Gn,p with minimum degree (k/(k + 1) + o(1))np and Ω(p−2) vertices not belonging to triangles; there exist subgraphs of Gn,p with minimum degree (k/(k + 1) − o(1))np which do not contain the kth power of a cycle on (1 − o(1))n vertices. [ABSTRACT FROM AUTHOR]

In his seminal paper from 1952 Dirac showed that the complete graph on n ≥ 3 vertices remains Hamiltonian even if we allow an adversary to remove ⌊ n / 2 ⌋ edges touching each vertex. In 1960 Ghouila–Houri obtained an analogue statement for digraphs by showing that every directed graph on n ≥ 3 vertices with minimum in- and out-degree at least n / 2 contains a directed Hamilton cycle. Both statements quantify the robustness of complete graphs (digraphs) with respect to the property of containing a Hamilton cycle. A natural way to generalize such results to arbitrary graphs (digraphs) is using the notion of local resilience . The local resilience of a graph (digraph) G with respect to a property P is the maximum number r such that G has the property P even if we allow an adversary to remove an r -fraction of (in- and out-going) edges touching each vertex. The theorems of Dirac and Ghouila–Houri state that the local resilience of the complete graph and digraph with respect to Hamiltonicity is 1/2. Recently, this statements have been generalized to random settings. Lee and Sudakov (2012) proved that the local resilience of a random graph with edge probability p = ω ( log ⁡ n / n ) with respect to Hamiltonicity is 1 / 2 ± o ( 1 ) . For random directed graphs, Hefetz, Steger and Sudakov (2014) proved an analogue statement, but only for edge probability p = ω ( log ⁡ n / n ) . In this paper we significantly improve their result to p = ω ( log 8 ⁡ n / n ) , which is optimal up to the polylogarithmic factor. [ABSTRACT FROM AUTHOR]

Local ecosystem resilience to fire disturbance can be influenced by multiple factors, from topography and climate, to fire history and pre-fire structure of biotic communities. Here we investigated the factors affecting post-fire recovery of scrub vegetation in areas under Mediterranean climate affected by frequent fires. We hypothesized that, under comparable climatic and topographic conditions, geological factors (with bedrock type as a proxy) would be at least as important as fire history in explaining patterns of post-fire recovery. We surveyed scrub vegetation in a mountain study area in Portugal, using a stratified random sampling scheme, with fire frequency, time since last fire, and bedrock type (granite vs. schist) as stratifying layers. Based on vegetation and plant community data from 40 plots, we analyzed total species richness and composition, and the relative abundance of functional groups defined on the basis of general (non fire-specific) life-history traits. We found that, at a local scale, lithology can override fire history in determining post-fire recovery. Vegetation plots on granite exhibited a considerable development of tall scrubs and higher values of total species richness. They also hosted higher numbers of animal-dispersed woody species, of trees and tall scrubs, of woody deciduous species, and of forest, edge and tall scrub species. Differences in the post-fire development of scrub vegetation and in the functional profile of plant communities highlight the need to consider local geological diversity when establishing priorities for post-fire active restoration under scenarios of limited resources. [ABSTRACT FROM AUTHOR]

The following proposition stands on a research elaborated for the Conseil départemental de la Manche which is focusing on dynamics of preservation/valorization of the bocage system in the department of Manche, France. Besides, this research is intertwined with a broader reflection undertaken by the territorial collectivity. Within a systemic and multidisciplinary approach, we have conducted a one-year investigation – comprising around fifty open interviews – in order to understand and analyze the social logics behind the organization of today’s bocage system while evaluating its agroecological and socioeconomical potentialities of valorization, particularly through the creation of a wood-energy sector as part of the future "energy mix".

The modern hyper-separation of economy from ecology has severed the ties that people have with environments and species that sustain life. A first step towards strengthening resilience at a human scale involves appreciating, caring for and repairing the longstanding ecological relationships that have supported life over the millennia. The capacity to appreciate these relationships has, however, been diminished by a utilitarian positioning of natural environments by economic science. Ecologists have gone further in capturing the interdependence of economies and ecologies with the concept of socio-ecological resilience. Of concern, however, is the persistence of a vision of an economy ordered by market determinations in which there is no role for ethical negotiation between humans and with the non-human world. This paper reframes economy–ecology relations, resituating humans within ecological communities and resituating non-humans in ethical terms. It advances the idea of community economies (as opposed to capitalist economies) and argues that these must be built if we are to sustain life in the Anthropocene. The argument is illustrated with reference to two construction projects situated in ‘Monsoon Asia’. [ABSTRACT FROM AUTHOR]

From August, 24th to 26th 2011, sea rose to heights superior to 2 m causing damage to property and migration of populations of the coastal district of Gonzagueville in Abidjan. Press in Côte d’Ivoire raised the exclusive character of these events. But, they are connected to the global environmental changes which exercise an additional pressure on the coastal zone of port cities such Abidjan. The socio-spatial organization of the city of Abidjan highlights the vulnerability of the poor populations of Gonzagueville which occupy the coastal parts and are in the front line at the time of sea level rise. However, their capacity of reaction allows finding local solutions in the undergone phenomenon. To understand this process, informal inquiries were led with the victims of sea level rise of Gonzagueville coupled with direct observation and a local press review. As such, the resilience process of the victims of Gonzagueville declines in several phases follow-up of the expression of the generosity of the authorities towards them. Spontaneity of that form of resilience leads to a recurring exposure at the risk and is little effective in front of uncertainties in the assessment of risks connected to the nowadays global environmental changes. For that purpose, the article proposes rather the preventive resilience consisting of measures to prevent risks incurred by the Abidjan’s populations.

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