Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Understanding the Republic of Malawi’s trade dynamics: A Bayesian gravity model approach

View through CrossRef
International trade enables countries to expand their markets, access more products, improve resource allocation, and boost economic growth by leveraging comparative advantage and specialization. The aim of this article is to analyze the primary factors that influence Malawi’s international trade flows. The study is relevant because it examines Malawi’s trade patterns with its main partners, which include surrounding nations and traditional trade allies. The novelty is that, through the analysis, the research offers valuable insights into the primary factors that influence Malawi’s international commerce. Panel data is gathered from various sources, including the International Monetary Fund (IMF) and World Bank, covering the period from 2000 to 2023 for 11 countries that are trading partners with Malawi. We employ the Bayesian Mindsponge gravity methodology. The results show that the economic size (characterized by the gross domestic product) of the origin and destination countries, bilateral agreements, and the population size of the destination country have a beneficial impact on Malawi’s exports. In conclusion, Malawi’s export performance is significantly enhanced by the economic size of both Malawi and its trading partners, the existence of bilateral agreements, and the population size of the destination countries, underscoring the importance of strategic economic partnerships and targeted trade policies in boosting Malawi’s international trade. We recommend Malawi authorities focus on strengthening bilateral agreements and targeting trade relationships with larger and more populous economies to boost international trade.
Financial University under the Government of the Russian Federation
Title: Understanding the Republic of Malawi’s trade dynamics: A Bayesian gravity model approach
Description:
International trade enables countries to expand their markets, access more products, improve resource allocation, and boost economic growth by leveraging comparative advantage and specialization.
The aim of this article is to analyze the primary factors that influence Malawi’s international trade flows.
The study is relevant because it examines Malawi’s trade patterns with its main partners, which include surrounding nations and traditional trade allies.
The novelty is that, through the analysis, the research offers valuable insights into the primary factors that influence Malawi’s international commerce.
Panel data is gathered from various sources, including the International Monetary Fund (IMF) and World Bank, covering the period from 2000 to 2023 for 11 countries that are trading partners with Malawi.
We employ the Bayesian Mindsponge gravity methodology.
The results show that the economic size (characterized by the gross domestic product) of the origin and destination countries, bilateral agreements, and the population size of the destination country have a beneficial impact on Malawi’s exports.
In conclusion, Malawi’s export performance is significantly enhanced by the economic size of both Malawi and its trading partners, the existence of bilateral agreements, and the population size of the destination countries, underscoring the importance of strategic economic partnerships and targeted trade policies in boosting Malawi’s international trade.
We recommend Malawi authorities focus on strengthening bilateral agreements and targeting trade relationships with larger and more populous economies to boost international trade.

Related Results

African Annals of Medicine reviewers in 2024
African Annals of Medicine reviewers in 2024
Le comité éditorial des Annales Africaines de Médecine tient à remercier les lecteurs qui ont analysé les manuscrits soumis pour publication au cours de l’année 2024 et ont ainsi d...
Gravity data reduction, Bouguer anomaly, and gravity disturbance
Gravity data reduction, Bouguer anomaly, and gravity disturbance
Each point on the earth has a gravity and gravity potential value. Surfaces formed by connecting points with equal gravity potential values are called equipotential surfaces or lev...
Nonlinear Drift of the Spring Gravimeter Caused by Air Pressure from the Kunming GS15 Gravimeters
Nonlinear Drift of the Spring Gravimeter Caused by Air Pressure from the Kunming GS15 Gravimeters
Abstract In order to monitor and correct the meteorological factors of the spring gravity meter, the characteristics of the time varying gravity changes caused by m...
Analysis of the current situation of agricultural trade development between China and Ukraine
Analysis of the current situation of agricultural trade development between China and Ukraine
Purpose. As a European granary, Ukraine has rich agricultural resources. China is a country with a large population and has a large demand for food. However, the agricultural trade...
Sample-efficient Optimization Using Neural Networks
Sample-efficient Optimization Using Neural Networks
<p>The solution to many science and engineering problems includes identifying the minimum or maximum of an unknown continuous function whose evaluation inflicts non-negligibl...
Using spherical scaling functions in scalar and vector airborne gravimetry
Using spherical scaling functions in scalar and vector airborne gravimetry
&lt;p&gt;Airborne gravimetry is capable to provide Earth&amp;#8217;s gravity data of high accuracy and spatial resolution for any area of interest, in particular for ha...
Figs S1-S9
Figs S1-S9
Fig. S1. Consensus phylogram (50 % majority rule) resulting from a Bayesian analysis of the ITS sequence alignment of sequences generated in this study and reference sequences from...
VALIDATION OF A TAILORED GRAVITY FIELD MODEL FOR PRECISE QUASIGEOID MODELLING OVER LIMPOPO PROVINCE IN SOUTH AFRICA
VALIDATION OF A TAILORED GRAVITY FIELD MODEL FOR PRECISE QUASIGEOID MODELLING OVER LIMPOPO PROVINCE IN SOUTH AFRICA
Recently, a tailored gravity field model was developed to fit local terrestrial gravity data by integrating Global Gravitational Models (GGMs), terrestrial gravity data, and Digita...

Back to Top