Environmental Systems Research

Environmental Systems Research (ESR) publishes research on all aspects of environmental systems from water (terrestrial and marine), air, soil and biota.

[Environmental Systems Research @ESR_Springer]

This study presents a bibliometric analysis of 376 publications (1981–2024) on agroecological practices, revealing major trends in sustainability, adoption, and biodiversity. Read more: https://t.co/JCxtPpozoR

[Environmental Systems Research @ESR_Springer]

How did urban mobility & transport emissions shift in Canada post-COVID? Our new study tracks GHGs, traffic, air travel, and air pollutants (NO₂, CO, PM₂.₅...) from 2020–2022. Read more: https://t.co/xwIHsWmHaX

[Environmental Systems Research @ESR_Springer]

This study assesses smallholder farmers’ vulnerability to climate change in South Kivu, DRC, revealing high exposure in low-altitude zones & highlighting the need for climate-smart solutions. https://t.co/FHeExBv43j

[Environmental Systems Research @ESR_Springer]

Dust storms in the Sarakhs-Badkhyz region are intensifying, fueled by climate-driven dryness & strong winds. Understanding these patterns is key to mitigating health & environmental risks. https://t.co/NDrhrv6r58

[Environmental Systems Research @ESR_Springer]

Read this article to understand how vertical moisture flux convergence influences rainfall patterns in the Sahel, with projections indicating more rainy days in a warming climate. https://t.co/bia6SHV5WE

[Environmental Systems Research @ESR_Springer]

This new review highlights microplastic (MP) pollution in South Africa’s water, air, and soil. Findings stress the need for better waste management, stronger policies & improved detection methods. https://t.co/FESprfImYZ

[Environmental Systems Research @ESR_Springer]

This new research shows how GIS & AHP can improve landfill site selection in rapidly urbanizing towns. Findings support efficient waste disposal & urban sustainability.
https://t.co/zsf47eMlsV

[Environmental Systems Research @ESR_Springer]

Read this article to understand how geospatial analysis tracks land cover changes in Jarmet wetlands. Findings highlight the impact of human activity on biodiversity & ecosystem stability.
https://t.co/5IZ0RWU6bl

[Environmental Systems Research @ESR_Springer]

This new publication reveals stable spatial patterns of antibiotic-resistant bacteria in irrigation water, with higher concentrations near banks. Findings aid better monitoring & water quality management.
https://t.co/dgOpj272hC

[Environmental Systems Research @ESR_Springer]

Land cover degradation in Eastern DR Congo is accelerating, with projections showing 33.65% degradation by 2070 under current land-use trends. Implementing sustainable land management is crucial to mitigate future impacts. https://t.co/3W5ocBrzBP

[Environmental Systems Research @ESR_Springer]

This study maps landslide susceptibility in Ethiopia’s Muger watershed using logistic regression & frequency ratio models, achieving 81.45% accuracy. Findings support early warning & mitigation efforts. https://t.co/31JmbTgLVg

[Environmental Systems Research @ESR_Springer]

Our new study applies GoogLeNet & ResNet-18 CNNs to identify microplastics (MPLs) in the Yadkin-Pee Dee River Basin, achieving >90% accuracy. Findings highlight laundry effluent & atmospheric deposition as key MPL sources. https://t.co/dgt2G3wnAD

[Environmental Systems Research @ESR_Springer]

Our new study applies the NRCS-Curve Number method in humid tropical basins of southeastern Nigeria, identifying optimal CN (80) & λ (0.24). Findings improve runoff prediction for flood mitigation & water management. https://t.co/Ffk8e7OnPb

[Environmental Systems Research @ESR_Springer]

Our new study reveals that organic fuel combustion in Odesa emits persistent organic pollutants (POPs), with natural gas as the largest source. Reducing fuel use can lower POP accumulation.
https://t.co/y0gpi20b62

[Environmental Systems Research @ESR_Springer]

Slope impacts soil erosion & water runoff! Using ACPF GIS-based analysis, our study identifies optimal CP placements in a Wisconsin sub-watershed, improving soil & water sustainability. https://t.co/QY8qxhhOUR

[Environmental Systems Research @ESR_Springer]

How do bone char & biochar impact soil nutrients? Our study shows bone char retains 60.6% of added nutrients, outperforming biochar (40.7%). Findings highlight their potential for soil fertility management & environmental sustainability! https://t.co/NuuLxSGu4L

[Environmental Systems Research @ESR_Springer]

Our new study estimates above-ground biomass (AGB) in Ethiopia’s Upper Blue Nile Basin using Sentinel-2 data & field measurements. Remote sensing enhances carbon stock assessments & forest management! https://t.co/qzuYyilZAF

[Environmental Systems Research @ESR_Springer]

How is vegetation productivity responding to climate change? Our study in Welmel watershed, Ethiopia analyzes spatiotemporal NPP trends & climate variability impacts using Google Earth Engine & statistical methods. Read more: https://t.co/UvXWZ0sudi

[Environmental Systems Research @ESR_Springer]

Where should new green spaces go? Our study uses GIS-based Multi-Criteria Analysis & the Analytical Hierarchy Process to pinpoint optimal locations in Lilongwe, Malawi. 🌍��� Data-driven planning for a greener, more sustainable city! https://t.co/oZ3hfU15Nx

[Environmental Systems Research @ESR_Springer]

Sustainable agriculture needs eco-friendly wastewater treatment! Our latest review explores constructed wetlands, algae-based systems, & microbial fuel cells—innovative biological solutions for cleaner water & resource recovery. https://t.co/0feBIKTEix