scispace - formally typeset
Search or ask a question

How ecological systems theory is applied on the intervention plan for an elderly person facing unemployment and financial struggles? 


Best insight from top research papers

The intervention plan for an elderly person facing unemployment and financial struggles can be effectively developed by applying the principles of ecological systems theory. This approach emphasizes considering the individual within the context of various interacting systems, including the microsystem, exosystem, mesosystem, and macrosystem . By utilizing this framework, interventions can target multiple levels such as personal, relational, societal, and environmental factors to address the complex challenges faced by the elderly individual . It is crucial to identify risk and protective factors at different levels, including individual, family, institutional, and societal, to promote employment and health among older adults experiencing financial difficulties . This holistic and comprehensive approach can help in developing a tailored intervention plan that addresses the specific needs of the elderly person within the broader ecological context.

Answers from top 5 papers

More filters
Papers (5)Insight
Ecological systems theory is applied by considering individual, family, institutional, and societal factors to create a holistic intervention plan addressing employment and health for low-income older adults.
Ecological systems theory is applied by addressing challenges like financial struggles in intervention plans for elderly individuals, emphasizing internalized adversity, concrete support, advocacy, and resilience narratives.
The ecological systems theory is applied in social work practice by analyzing the client system, change agent system, target system, and action system to address an elderly person's unemployment and financial struggles.
Book ChapterDOI
Amanda Phelan, Deirdre O'Donnell 
01 Jan 2020
4 Citations
Ecological systems theory is applied in interventions for elderly abuse. The study reviews various intervention designs, including those addressing financial struggles, to safeguard older individuals.
Not addressed in the paper.

Related Questions

What is ecological innovation theory?4 answersEcological innovation theory encompasses the development of sustainable practices through eco-innovations, which aim to reduce environmental impact while promoting economic growth and efficiency. It involves technological, organizational, social, and systemic changes that contribute to sustainable development. The theory emphasizes the importance of meso-level practices within formal organizations in shaping scientific inquiry and innovation. In the context of rural development, ecological innovations play a crucial role in enhancing economic efficiency, promoting greening, and fostering positive socio-economic changes in agricultural sectors. Environmental innovations, such as eco-innovations, are essential for achieving a balance between economic progress and environmental preservation, with a focus on clean technologies and ecological principles. Effective knowledge management and organizational models are key components in driving eco-innovations within organizations, particularly in the context of the circular economy.
What is The theory of ecological modernization?5 answersThe theory of ecological modernization refers to the process of resolving ecological crises through improvements in resource efficiency and the substitution of environmentally harmful industrial processes for less harmful ones, without undermining economic growth. It emphasizes the possibility of coexistence between enterprise revenue and environmental protection. Government policy intervention, such as subsidies or penalties, can influence enterprise green innovation and reduce carbon emissions. However, empirical analyses suggest that the development of environmental technologies only marginally attenuates the effects of economic activity on a nation's ecological footprint, and patents actually increase a nation's ecological footprint. Ecological modernization theory is a worldwide phenomenon, with (inter)governmental agencies, private firms, industries, and NGOs engaging in environmental reform. It is considered a post-normal science that addresses the challenge of increasing complexity and uncertainty in the "nature-man-society" system. The theory has been used as a perspective to view a country's development plan, such as in Malaysia, where it is seen as a balance between societal development, environmental protection, and economic growth.
How does the ecological system theory explain the influence of the environment on a person’s development?4 answersThe ecological system theory explains the influence of the environment on a person's development by examining the interactions and interconnections between the individual and their various contexts. According to Bronfenbrenner's theory, the environment consists of multiple layers or systems that impact the individual's development. The microsystem, which includes the people who have a direct influence on the individual, is the first layer of this model. The mesosystem focuses on the individual's interactions and interconnections with the people in the microsystem, further understanding their impact on the individual's development. The theory emphasizes the holistic understanding of human experience and recognizes that many spheres of influence shape an individual's development, including family, friends, school, teachers, workplace, and community. The ecological approach to human development views the process of development as the expansion of the individual's conception of the world and their ability to act on that world, with risks to development coming from both direct threats and the absence of opportunities.
What is ecological dynamics theoretical approach?5 answersThe ecological dynamics theoretical approach understands behavior and decision-making in sport performance as a result of the close link between the individual and the environment. It emphasizes the self-organized processes and functional synergies that emerge from these interactions, leading to expert performance in individuals and groups. This approach challenges the limitations of traditional theories, such as the social cognitive theory of self-regulation, by highlighting the transactional relationship between performers and the environment and attributing metacognition as the explanation for goal-directed behavior. It also advocates for a well-preserved athlete-environment relationship, the inclusion of behavior and the playing situation in injury causation models, and a non-reductionist analysis that considers the profound information regarding human movement. The ecological dynamics approach provides a multidisciplinary analysis of skill acquisition and learning processes, focusing on the athlete-environment interactions as the relevant scale of analysis.
How can the ecological model be used for public health interventions?5 answersThe ecological model can be used for public health interventions by providing a framework to understand and address the complex interactions between human health and the environment. This model emphasizes the interconnections between humans and the natural world, recognizing that health and well-being depend on the health of ecological systems. It allows for a holistic and transdisciplinary approach to health issues, considering the multiple influences and contexts that affect behavioral health needs. The ecological model also highlights the importance of integrating complexity and multiple interactions when exploring and understanding public health questions. By using this model, public health professionals can develop interventions that address the various levels of influence on individual behaviors and decisions, leading to more effective and impactful interventions. The ecological model provides a useful framework for understanding and measuring the public health impacts of complex ecological and climate change, and societal systems transitions.
Which theories can be applied to social-ecological systems?3 answersTheories that can be applied to social-ecological systems include the Robustness Framework and collapse theories, which analyze the resilience of systems to environmental challenges and the potential for collapse. The social-ecological theory of maximization explains the construction and functioning of these systems over time, incorporating hypotheses and evidence from ethnobiological studies. The MoHuB framework facilitates the inclusion of theories on human decision-making in formal models of natural resource management, enhancing understanding and communication of alternative theories. Social science theory for environmental sustainability provides strategies for using social science theories in diverse contexts associated with environmental sustainability challenges, such as conflict resolution, collaboration, and building resilient governance. Experimental studies have also contributed to understanding human behavior in social-ecological systems, particularly in relation to social dilemmas and collective action.

See what other people are reading

Zebrafish Liver Cells can express VTG1?
4 answers
Zebrafish liver cells have the capability to express VTG1, as indicated by research findings. Studies have shown that zebrafish embryos can be utilized as an in vivo model to assess the effects of endocrine disrupting chemicals on VTG1 expression. While zebrafish liver cells differ from human liver cells, they do contain major types of liver cells, including liver resident macrophages and hepatic stellate cells (HSCs), which play crucial roles in liver diseases and fibrosis. Additionally, the expression of VTG genes, including VTG-1, has been identified in the livers of mature male and female zebrafish, with VTG-1 showing differential expression levels among the VTG genes. Furthermore, a transgenic zebrafish model has been developed for the rapid detection of estrogenic chemicals, demonstrating the expression of VTG1 in response to estrogenic exposure.
How many biological genders are there in humans?
5 answers
Biological sex in humans is traditionally viewed as a binary concept of male and female based on chromosomal arrangements. However, recent perspectives suggest that biological sex is more accurately described as a spectrum, encompassing various chromosomal arrangements, gene expression patterns, and hormone levels. This spectrum includes intersex variations, where individuals may exhibit differences in chromosomes, external genitalia, gonads, hormone production, and internal reproductive organs. Additionally, the concept of biological sex is emphasized as crucial for understanding the diversity of life, with sexes being defined by different gametic reproductive strategies and representing life-history stages rather than lifelong attributes. Therefore, while the traditional binary view persists, the recognition of biological sex as a spectrum with diverse variations is increasingly acknowledged in scientific discourse.
Who created behavioural anger response for children questionnaire?
5 answers
The Behavioral Anger Response Questionnaire for Children (BARQC) was created by Ian M. Shochet, Jayne A. Orr, Wendell Cockshaw, Thach Duc Tran, Nga La, Huong Nguyen, Nga Thi Nguyen, Astrid Wurfl, Hau Nguyen, Ruby Stocker, and Jane Fisher. They developed the BARQC to measure adolescent anger coping styles, specifically in Vietnamese adolescents, to aid in the early detection and treatment of mental health difficulties. The BARQC assesses three anger coping strategies used by adolescents in Vietnam: Rumination, Direct Anger-out, and Assertion, providing valuable insights for interventions and research on anger coping in adolescents worldwide.
What is a risk matrix?
4 answers
A risk matrix is a tool widely used for risk assessment in various industries. It combines the severity and likelihood of undesired events to determine the risk level associated with projects. The matrix categorizes risks based on the probability of occurrence and the potential impact of adverse events, often using a five-level scale ranging from slight to very high risk. Risk matrices help decision-makers assess safety, allocate inspection resources effectively, and ensure infrastructure quality. They provide a visual representation of the combination of probability and impact of events, aiding in decision-making processes during project development and guideline creation. Overall, risk matrices play a crucial role in risk management by allowing stakeholders to identify, assess, and mitigate risks effectively.
What technologies does the NHS use?
5 answers
The NHS utilizes various technologies to enhance patient care and operational efficiency. These include digital health tools like remote monitoring, virtual wards, and artificial intelligence software. Additionally, the NHS employs workforce planning and deployment technologies to ensure safe staffing levels and quality patient care, requiring a combination of professional judgment and data utilization by managers. Information handling technologies related to medications are also used to improve patient safety and service efficiency within the NHS. Furthermore, the NHS is increasingly adopting digital technology through initiatives like the Digital Maturity Assessment tool, aimed at achieving a fully paper-free health service by 2020, highlighting the importance of readiness, capability, and enabling infrastructure for technological advancements.
What are the best superfoods?
5 answers
The concept of 'superfoods' encompasses various food items known for their beneficial health properties. Research indicates that some commonly recognized superfoods include kale, spinach, salmon, blueberries, avocado, chia seeds, walnuts, beans, fermented milks, garlic. Additionally, foods like goji berries, chia seeds, ginger, and turmeric are well-known for their health-promoting properties. These superfoods are rich in essential nutrients, vitamins, and minerals, offering a range of health benefits. Moreover, superfoods such as quinoa, acai, pomegranate, and spirulina have been extensively studied for their health advantages based on scientific evidence. Overall, incorporating a variety of superfoods into a balanced diet can contribute to overall well-being and may have positive effects on health.
What is the cons of predictive ability exceeding 100% in genomic selection?
5 answers
Exceeding 100% predictive ability in genomic selection can lead to unrealistic and unreliable predictions, indicating potential issues with the methodology. While some studies propose methods to enhance prediction accuracy in genomic selection, others highlight the importance of constructing training sets that represent the genetic diversity of the target population to improve predictive ability. Combining different populations for training sets has shown to increase predictive abilities, especially when aiming for high genetic diversity. Additionally, the impact of selection on bias and accuracy of genomic predictions has been studied, emphasizing the need for accurate and unbiased predictions in genome-wide marker-assisted selection. Therefore, maintaining predictive ability within realistic bounds is crucial for the effectiveness and reliability of genomic selection in breeding programs.
What are the genetic and molecular basis of herbicide resistance in bacteria?
5 answers
The genetic and molecular basis of herbicide resistance in bacteria involves various mechanisms. Bacteria can evolve resistance to herbicides like glyphosate by reducing sensitivity or increasing production of the target enzyme, EPSP synthase. Additionally, mutations in key residues of the target enzyme, acetohydroxyacid synthase (AHAS), can reduce herbicide binding affinity and abolish time-dependent accumulative inhibition, leading to resistance. Herbicides have been found to promote horizontal gene transfer (HGT) of antibiotic resistance genes (ARGs) in soil bacteria by inducing changes in cell-to-cell contact, membrane permeability, and proton motive force, facilitating DNA uptake and spread of resistance genes. Understanding these mechanisms is crucial for developing strategies to mitigate the spread of herbicide resistance in bacterial populations.
What is iron triangle in construction?
5 answers
The Iron Triangle in construction refers to the key Construction Project Goals (CPG) of time, cost, and quality, which are crucial for project success. It serves as a fundamental measurement in modern architecture, engineering, and construction practices, guiding project evaluation and management. Additionally, the Iron Triangle concept extends beyond traditional project goals to include Sustainable Development (SD) factors like economic, social, and environmental sustainability, which are essential for addressing challenges in the construction industry, especially during crises like the COVID-19 pandemic. Furthermore, the balance among human, organization, and technology aspects is also considered within the Iron Triangle framework for Building Information Modelling (BIM) adoption in construction projects.
How does procedural justice affect the length of pretrial detention for defendants?
5 answers
Procedural justice significantly impacts the length of pretrial detention for defendants. Research indicates that when individuals perceive fair treatment by criminal justice authorities, they are more likely to view those authorities as legitimate and exhibit compliant behavior. Moreover, the lack of procedural protections at preventive detention hearings contributes to unnecessary pretrial incarceration, leading some defendants to plead guilty simply to avoid pretrial detention. This systemic issue results in longer incarceration sentences for those who are detained pretrial, with detained individuals facing an average of almost five months longer in jail and being liable for higher court fees. Therefore, enhancing procedural justice in the criminal justice system is crucial to reducing the length of pretrial detention for defendants.
What are the characterization techniques for the composite filler for dental issues?
4 answers
Characterization techniques for dental composite fillers include scanning electron microscopy (SEM) with Energy Dispersive X-ray Spectroscopy (EDS), Micro-X-ray Computed Tomography (µXCT), Thermogravimetric Analysis (TG), X-ray Diffractometry (XRD). These techniques help analyze filler size, shape, content, sphericity, crystallinity, and presence of inhomogeneities like X-ray opaque fillers or pores in the composite materials. Additionally, Fourier Transform Infrared Spectroscopy (FTIR) and SEM are utilized for qualitative composition identification and particle size distribution assessment in nano-composites. Furthermore, mechanical properties such as compressive strength, microhardness, flexural strength, and modulus of elasticity are determined through various test methods like resilience, abrasion, wear test, impact strength, and hardness, highlighting the influence of nanofiller type and amount on these properties.