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Food systems research is typically focused on productivity and efficiency. But in the face of impending challenges of climate, investment, markets, and incomes small holders may do well to shift to diversity and sufficiency. The transition requires institutions such as Farmer Producer Organisations (FPOs) to play the role of intermediaries. This paper aims to understand this challenging phenomenon using a case from India.

In this article, drawing from the emerging literature of PO as a sustainability transition intermediary, this paper uses the case study of a women-owned FPO and explores its role in contributing to sustainable food systems through practices of non-pesticide management of agriculture. This paper explores, through non-participant observer methods, focus group discussions and interviews with multiple stakeholders how an FPO embeds sustainability in its purpose and the challenges faced in transforming producer and consumers towards sustainable food systems.

The study argues for early articulation of the “sustainability transition intermediary” role in the FPO’s vision and mission. Second, FPOs’ role of being a transition intermediary is impacted by the key stakeholders and the durability of relationship with them.

By studying FPOs in India, from the framework of sustainability transitions, this article adds to the limited literature that looks as POs as sustainability transition intermediaries.

This paper posits that legal avoidance – employers’ search for forms of employment to which labor and employment laws do not apply – is an important driver of the restructuring of work. It examines three examples of restructuring that enable employers to avoid legal liability and compliance costs: the classification of workers as independent contractors; the use of part-time and variable-schedule work; and employers’ deskilling of jobs and reliance on vulnerable workers. None of these strategies is itself unlawful, but their impact is to limit workers’ legal protections and weaken the law itself. Employers may also experience unintended consequences of restructuring.

Amongst the major development problems facing many of the developing countries is the increasing levels of poverty and income inequality. Economic growth in the 1950s, 1960s and 1970s was seen as a panacea for reducing poverty. While the key to development progress is still achieving economic growth, the means to do so is based on the ability of governments to move towards a free market type economy. The concern today is the impact of economic structural adjustment policies (SAPs) on the levels of poverty and inequality. In most cases the evidence on the impact of SAPs shows that despite sustained economic growth the poverty level has increased in many developing countries and Fiji is not an exception. The move towards free market reforms is being increasingly questioned as a policy measure and its ability to have positive impact on the reduction of poverty and income inequality. The criticism of the free market approach is its failure to take account of institutional, social and political factors which in many cases are the real causes of poverty and income inequality. The debate on the applicability of SAPs and the evidence of the impact of SAPs is reviewed in the case of developing countries. The level of poverty and income inequality in Fiji are discussed.

Naitwar Bazar in the Upper Tons valley Indian Himalaya (Uttarkashi district of Uttaranchal in India) is showing signs of an impending disaster. This settlement has witnessed active mass wastage during rainy season of 2003 which has caused damage to infrastructure (crucial road link), hospital (i.e. the sole health facility) and residential cum commercial area. The active mass wastage zone may take heavy toll of human lives during the rains. Therefore, the paper proposes examining this subject.

Field investigations were carried out to assess the damage during the past events, probe the causes of mass wasting hazard and to assess the elements at risk in order to evolve a disaster management strategy.

It is suggested that a series of prevention and mitigation measures (both structural and non‐structural) with the involvement of the local community are required to avoid the impending disaster in the area.

This paper highlights the need for hazard prognosis and vulnerability assessment in the remotest settlements of Himalayas in order to timely plan the awareness initiatives, response mechanism and structural and non structural mitigation measures. An attempt has also been made to bring forth importance of incorporating the disaster management component into the local developmental planning.

This paper discusses the institutionalists' economic thought and how they saw the role of property rights in economic development. It points out that the role of various institutions in the economic performance of many developing countries cannot be ignored. One of the important institutional factors in many developing countries and transitional economies is the nature and definition of property rights. This paper therefore addresses the impact of property rights on overall economic performance of a country and more specifically on agricultural production and on the conservation and management of the environment. It is generally agreed that property rights are a claim to a benefit stream where the state provides protection from others who may interfere with the benefit stream. Well‐defined property rights are considered vital for transitional economies which are undertaking major structural changes. The recent literature on property rights in transitional economies is largely concentrated on the former socialist and communist economies of Eastern Europe, which are embracing the market economy. However, this also has significant implications for many developing countries like Fiji which can also be considered as transitional economies. For Fiji the transition is from a highly protected, inward‐looking economy towards an export‐oriented economy. Getting the property rights “right” seems to be one of the major obstacles to economic reform agendas for many of the South Pacific countries including Fiji.

This study aims to investigate the structural, mechanical, thermal and electrical properties of tin–silver–nickel (Sn-Ag-Ni) melt-spun solder alloys. So, it aims to improve the mechanical properties of the eutectic tin–silver (Sn-Ag) such as tensile strength, plasticity and creep resistance by adding different concentrations of Ni content.

Ternary melt-spun Sn-Ag-Ni alloys were investigated using x-ray diffractions, scanning electron microscope, dynamic resonance technique (DRT), Instron machine, Vickers hardness tester and differential scanning calorimetry.

The results revealed that the Ni additions 0.1, 0.3, 0.5, 0.7, 1, 3 and 5 Wt.% to the eutectic Sn-Ag melt-spun solder were added. The “0.3wt.%” of Ni was significantly improved its mechanical properties to efficiently serve under high strain rate applications. Moreover, the uniform distribution of Ag₃Sn intermetallic compound with “0.3wt.%” of Ni offered the potential benefits, such as high strength, good plasticity consequently and good mechanical performance through a lack of dislocations and microvoids. The tensile results showed improvement in 17.63 per cent tensile strength (26 MPa), 21 per cent toughness (1001 J/m³), 22.83 per cent critical shear stress (25.074 MPa) and 11 per cent thermal diffusivity (2.065 × 10⁻⁷ m²/s) when compared with the tensile strength (21.416 MPa), toughness (790 J/m³), critical shear stress (19.348 MPa) and thermal diffusivity (1.487 × 10⁻⁷ m²/s) of the eutectic Sn-Ag. Slight increments have been shown for the melting temperature of Sn_96.2-Ag_3.5-Ni_0.3 (222.62°C) and electrical resistivity to (1.612 × 10⁻⁷ Ω.m). It can be said that the eutectic Sn-Ag solder alloy has been mechanically improved with “0.3wt.%” of Ni to become a suitable alloy for high strain rate applications. The dislocation movement deformation mechanism (n = 4.5) without Ni additions changed to grain boundary sliding deformation mechanism (n = 3.5) with Ni additions. On the other hand, the elastic modulus, creep rate and strain rate sensitivity with “0.3wt.%” of Ni have been decreased. The optimum Ni-doped concentration is “0.7wt.%” of Ni in terms of refined microstructure, electrical resistivity, Young’s Modulus, bulk modulus, shear modulus, thermal diffusivity, maximum shear stress, tensile strength and average creep rate.

This study provides nickel effects on the structural of the eutectic Sn-Ag rapidly solidified by melt-spinning technique. In this paper, the authors have compared the elastic modulus of the melt-spun compositions which has been resulted from the tensile strength tester with these results from the DRT for the first time to best of the authors’ knowledge. This paper presents new improvements in mechanical and electrical performance.

The transverse shear deformation and rotary inertia effects need to be included for an accurate analysis in the response of the relatively thick plates. This paper seeks to use, one of the refined theories which takes into account those effects, The First Order Shear Deformation Theory, to obtain linear and non‐linear responses for anti‐symmetric angle‐ply composite plates under random excitation.

The random excitation is assumed to be stationary, ergodic and Gaussian with zero‐mean. A Monte Carlo Simulation of stationary random process is used. A multi‐mode Galerkin approach and numerical integration procedure are employed to find linear and non‐linear response solutions. Laminated composite plate is taken to be simply‐supported along four edges.

The vibration of composite plates at elevated temperatures is also investigated. The linear and non‐linear deflections root‐mean‐square (RMS) are obtained for various input levels, the different lamination angles and the number of layers.

Further, case studies might lead to a lighter design of thick panels used in high‐performance systems such as aerospace structures.

The paper provides information on the linear and more realistic non‐linear vibrations of thick composite plates in time domain so that it would be possible to obtain key statistical information directly from time‐response history.

Since the publication of the 1987 Brundtland Report, discussions about sustainable development have been nothing short of a buzz among politicians and academics. This chapter takes stock of an emerging strand of the sustainable city literature that recognizes local political dynamics, conflicts of interest, and power struggles.

The review is organized into three sections. The first section reviews how past studies have utilized sustainable urban development as an opportunity for advancing theories of urban politics, highlighting recent developments in the growth machine, regulatory state, and risk society theses. The second section examines a range of studies that place the questions of scale, unit, and boundary at the center of inquiry. The third section draws together a body of research that interrogates different meanings of sustainability.

The first section discusses the extent to which social and political processes in the sustainability age exhibit a pattern consistent with established theoretical accounts. The second section focuses on studies that address how urban sustainable development has brought challenges to existing configurations of spatial relations. These studies pose important methodological and epistemological questions for studying environmental politics. In the third section, the focus is placed on political implications of urban sustainable development, which is subject to multiple interpretations.

This chapter ends with a review of an emerging thesis – strategic urbanism, which draws attention to the patterns of change in urban politics. Much of the contributions to this thesis are based on urban sustainability politics in recent years.

This study aims to investigate the association between chief executive officer (CEO) educational backgrounds in science, technology, engineering and mathematics (STEM) and climate change disclosure within Indonesian companies.

Using data spanning from 2017 to 2022 from all publicly traded companies, the study uses ordinary least squares with fixed effects and robust standard error to evaluate the proposed hypothesis. In addition, a series of endogeneity tests are incorporated to bolster the robustness of the findings.

The study reveals that CEOs with a STEM educational background are more inclined to participate in corporate climate change disclosure compared to their counterparts with a non-STEM background. These results emphasize the significant role CEO educational backgrounds play in shaping a company’s approach to sustainability, specifically in the realm of climate change disclosure. The insights gleaned from this research hold valuable implications for various stakeholders, including top management and investors aiming to enhance corporate sustainability. Recognizing the influence of CEO characteristics, particularly a STEM educational background, proves pivotal in improving corporate climate change disclosure. Stakeholders can leverage this understanding to formulate and implement effective strategies toward realizing a company’s sustainability vision.

Notably, this study stands out as it was conducted within the context of Indonesia, a nation actively encouraging nonsocial graduates to assume crucial positions within the Republic of Indonesia.