The International Journal of Entomology Research is a peer-reviewed, open access journal that publishes articles in all areas of entomology research and associated fields on a regular basis. The goal of this Journal is to offer a genuine forum for academics and researchers from around the globe to communicate, promote, and discuss a wide range of cutting-edge concepts and advancements in all areas of entomology study. The Journal is open to manuscript submissions that satisfy the general standards of significance and scientific excellence. Papers will be published soon after they are accepted. Every article that appears in International Journal of Entomology Research has undergone peer review.

Forest ecosystems make up a variety of natural systems that occupy nearly one-third of the planet's landmass. There is an urgent need for long-term management and upkeep of trees since they are essential for activities at the ecosystem level, such as atmospheric absorption and climate control. Despite the fact that commercial plantations only make up a small portion (7%) of the world's forests, which are primarily made up of indigenous tree species, the use of non-native trees is rising everywhere. In some nations, such those in South America, Oceania, and Eastern and Southern Africa, where industrial forestry has rapidly developed and plays a considerable role in the economy, plantation forestry with exotic tree species predominates. Although forest systems are often resilient, natural disturbances like fire, climatic events (such as wind and ice storms or drought), pests, and diseases have an impact on their health and vigour. Climate change is expected to exacerbate all of these problems. Growing biotic and abiotic pressures can harm forests and contribute to the global loss of forest land. It is well known how abiotic factors, both natural and artificial, affect forest ecology. For instance, both naturally occurring and man-made fires may have sculpted vast areas in certain dry forested regions of the Western United States, creating a mosaic of forested and non-forested landscapes that have an impact on nutrient cycles, forest regeneration, and species abundances and distributions. Furthermore, dryness and wind have been identified as significant contributors to an increase in forest die-off occurrences in mixed conifer forests in the Western Alps. Natural forest ecosystems depend heavily on herbivorous insects, whose diversity and population dynamics are both impacted by and influenced by the forest composition and organisation. For instance, when a native bug causes small disturbances in forests, positive benefits on plant and bird diversity as well as ecosystem function and services may be seen. However, insects have the potential to significantly harm both natural and managed forests, leading to significant tree death and damage. For instance, insects can cause damage to up to 35 million hectares, or 1.6 %, of the world's forested area each year. Since natural trees predominate in the temperate and boreal zones, this is especially obvious there. For instance, in the United States, it is predicted that forestland affected by insects will be 40 times larger than that affected by wildfires, leading to ecosystem carbon budgets and climate change. Since natural trees predominate in the temperate and boreal zones, this is especially obvious there. For instance, in the United States, it is predicted that forestland affected by insects will be 40 times larger than that affected by wildfires, leading to ecosystem carbon budgets and climate change.