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Climate change affects the geographic and seasonal range of malaria incidence, especially, in poor tropical countries. This paper aims to attempt to conceptualize the potential economic repercussions of such effects with its focus on Ethiopia.

The paper is conceptual and descriptive in its design. It first reviews existing literature and evidence on the economic burdens of malaria, and the impacts of climate change on malaria disease. It then draws the economic implications of the expected malaria risk under the future climate. This is accompanied by a discussion on a set of methods that can be used to quantify the economic effects of malaria with or without climate change.

A review of available evidence shows that climate change is likely to increase the geographic and seasonal range of malaria incidence in Ethiopia. The economic consequences of even a marginal increase in malaria risk will be substantial as one considers the projected impacts of climate change through other channels, the current population exposed to malaria risk and the country’s health system, economic structure and level of investment. The potential effects have the potency to require more household and public spending for health, to perpetuate poverty and inequality and to strain agricultural and regional development.

This paper sheds light on the economic implications of climate change impacts on malaria, particularly, in Agrarian countries laying in the tropics. It illustrates how such impacts will interact with other impact channels of climate change, and thus evolve to influence the macro-economy. The paper also proposes a set of methods that can be used to quantify the potential economic effects of malaria. The paper seeks to stimulate future research on this important topic which rather has been neglected.

After decades of hypergrowth, since the 2008 global financial crisis there has been a deceleration of globalization and a partial jamming of its main engines (trade and foreign direct investment [FDI]). This study aims to critically reflect on the current phase, labeling it as “win-lose globalization” characterized by firm-firm competition increasingly intertwined with that between the respective nation-states, which aim to be the relative winners, even at the expense of joint absolute gains. Acting as “strategists,” states implement policies to weaponize economic interdependences, which the paper analyzes.

The approach is “problem setting” rather than “problem solving.” The latter offers well-defined solutions but often assumes unambiguous definitions of problems, which obscure their complexity. This phase is so intricate that the problem itself is problematic. Thus, to advance knowledge, the focus is given on nation-state policies: FDI screening and the politicization of international trade relations; protectionism; misuses of antitrust and regulation.

The intensification of firm-firm/state-state competition, seeking disproportionate gains over rivals, is the ultimate result of the contradictions and dissatisfactions accumulated over decades of globalization, the benefits of which have been far from equally distributed. Conflicts in international economic relations are bound to intensify, and a return to win-win globalization is unlikely. International cooperation to strengthen existing/new supranational governance institutions in the interest of absolute global inclusive benefits is urgently needed.

The paper integrates the international business debate on the fate of globalization with interpretations from industrial policy studies and international relations theory. This allows for suggestions for policymakers, corporate executives and scholars.

Climate change has become one of the most important development challenges worldwide. It affects various sectors, with agriculture the most vulnerable. In Ethiopia, climate change impacts are exacerbated due to the economy’s heavy dependence on agriculture. The Ethiopian Government has started to implement its climate-resilient green economy (CRGE) strategy and reduce CO₂ emissions. Therefore, the purpose of this study is to examine the impact of CO₂ emission on agricultural productivity and household welfare.

This study aims to fill these significant research and knowledge gaps using a recursive dynamic computable general equilibrium model to investigate CO₂ emissions’ impact on agricultural performance and household welfare.

The results indicate that CO₂ emissions negatively affect agricultural productivity and household welfare. Compared to the baseline, real agricultural gross domestic product is projected to be 4.5% lower in the 2020s under a no-CRGE scenario. Specifically, CO₂ emissions lead to a decrease in the production of traded and non-traded crops, but not livestock. Emissions also worsen the welfare of all segments of households, where the most vulnerable groups are the rural-poor households.

The debate in the area is not derived from a rigorous analysis and holistic economy-wide approach. Therefore, the paper fills this gap and is original by value and examines these issues methodically.

This paper aims to present a requirements analysis for the processing of water-based electrode dispersions in inkjet printing.

A detailed examination of the components and the associated properties of the electrode dispersions has been carried out. The requirements of the printing process and the resulting performance characteristics of the electrode dispersions were analyzed in a top–down approach. The product and process side were compared, and the target specifications of the dispersion components were derived.

Target ranges have been identified for the main component properties, balancing the partly conflicting goals between the product and the process requirements.

The findings are expected to assist with the formulation of electrode dispersions as printing inks.

Little knowledge is available regarding the particular requirements arising from the systematic qualification of aqueous electrode dispersions for inkjet printing. This paper addresses these requirements, covering both product and process specifications.