RETRACTED: Systematic review on gully erosion measurement, modelling and management: Mitigation alternatives and policy recommendations

Abstract

The problem of “gully erosion” is one of the severe “natural hazards” associated with large‐scale land degradation in various parts of the world. Therefore, accurate modelling is one of the crucial responsibilities in this study on gully erosion. But there are still a lot of gaps in our knowledge of gully erosion and its consequences. Particularly at the regional to continental scale, this is true. Gullying is hence often forgotten about in regulation and watershed management plans. The scientific community is becoming increasingly interested in gully erosion, yet many information gaps still need to be filled. In this research, we are trying to fill the mentioned gap with the help of the existing literature. Most gully erosion research has been done to estimate the susceptible zones and ultimately select the best model. In this research, a test application has been made by considering some important models. Then the “vulnerability assessment” was done with the help of “gully erosion, climate‐induced chemical weathering and socio‐economic variables” at the village level. The village‐level information has been used to determine the vulnerability in this region. This information is beneficial for future researchers to conduct gully erosion research in various parts of the world.

Arid erosion mapping: comparing LiDAR and structure from motion

“…<10 cm). Following recent rapid development of sensor and platform technologies, approaches using LiDAR (Johansen et al 2012;Koci et al 2017) and structure from motion (SfM) photogrammetry (D'Oleire-Oltmanns et al 2012;Gómez Gutiérrez et al 2018;Alfonso-Torreño et al 2021;Guan et al 2021) have seen significant use and stand out as favourable methods for mapping fine-scale erosion features (Chakrabortty and Pal 2023;Retallack et al 2023). However, examples often focus on agricultural and high-slope areas (Perroy et al 2010;Yang et al 2019;Hout et al 2020;Alexiou et al 2021;Guan et al 2021), with limited use of these technologies for mapping low-lying arid erosion gullies at high spatial resolutions (Johansen et al 2012;Koci et al 2017;Gómez Gutiérrez et al 2018;Alfonso-Torreño et al 2021;Anderson et al 2023).…”

Nexus of geoenvironment, resource management and regional sustainable development: Introduction

“…They suggested that policymakers must take strong measures to ensure strict compliance of the environmental policies to counter the climate change and natural resource degradation challenges. Chakrabortty and Pal (2023) conducted a systematic review on gully erosion measurement which is one of the major natural hazards of large‐scale land degradation. It quantifies and assesses the amount, severity and dynamics of gully erosion, a major land degradation caused by concentrated water flow that generates deep channels or gullies in the landscape and can damage the ecosystem and soil.…”