environmental-monitoring

Documents about environmental-monitoring

• Forecasting Global Rainfall in a Changing Climate: A Machine Learning Approach Using Köppen-Geiger Zones#339211Springer Nature OA
• Smart Zoning for Yellow Passion Fruit: A Multi-scale Assessment for Sustainable Production#339214Springer Nature OA
• Ozone Trends and Mortality Risk: The Growing Need for Machine Learning Predictions in Bogotá, Colombia#443649Springer Nature OA
• Can Integrated Machine Learning Models Improve Rainfall Forecasting? A Case Study from the Australian Tropics#443670Springer Nature OA
• CMIP6-Driven Projections of Drought Severity and Their Implications for the Agricultural Sector in Pakistan#621154Springer Nature OA
• Unveiling Changes in the Seasonality of Extreme Precipitation Shows an Anticipation of Short-Duration Extremes#621158Springer Nature OA
• Compound Drivers of Extreme Spring Floods in a Changing Climate: The Esil River Case, Kazakhstan#686945Springer Nature OA
• Data-Driven Prediction of SAnMBR Performance under Phenolic Shock Loads: A Comparative Machine Learning Study#686955Springer Nature OA
• Spatio-Temporal Modeling of Climate Variability Impacts on Maize Production in Somaliland using INLA#686956Springer Nature OA
• Red and photographic infrared linear combinations for monitoring vegetation#6904OpenAlex
• A smartphone-based cardiac monitoring app using computer vision for hypertension management#429081UTAR Institutional Repository
• Epibenthic food web structure across the Northeast Greenland seascape.#473143PubMed
• Ecosystem services can persist in drowning macrotidal salt marshes.#473145PubMed
• Biomass burning contributions to Mexico City's atmospheric CO#1040255PubMed
• <b>Assessment of ecological restoration in post mining landscapes at Dongri Buzurg manganese mine, India using restoration state index</b>#217613Figshare
• Climate-driven Modeling of the Initial Development of Brazilian Forest Species Under Current and Future Climates#390088Springer Nature OA
• Future Cropland Exposure to Drought Frequency Under Climate Change and Land-Use Scenarios in Nigeria#390093Springer Nature OA
• Air Quality Assessment and Source Speciation of PM2.5 in Florida’s Everglades Agricultural Area#390100Springer Nature OA
• Global Forest Loss Footprint and MRIO Integration Dataset (2001-2022)#454410Figshare
• Biofilms, Bugs, and the Built Environment: Exploring Local and Landscape Drivers of Diatom and Macroinvertebrate Assemblages in Urban Stormwater Ponds#478625Europe PMC
• Land use Changes in a European Transboundary River Basin Between 1990–2018: A Remote Sensing Approach#621160Springer Nature OA
• Electrochemical Pathways to Circular Livestock Wastewater Management: Boron-Doped Diamond Anodes for Detoxification and Nutrient Recycling#621162Springer Nature OA
• Integrated Climate, Pest, and Disease Risk Indicators for Pinus Plantations Under Current and Future Climates#686960Springer Nature OA
• Performance of Satellite and Reanalysis Products for ETCCDI Rainfall Extremes in Paraná State, Brazil#686961Springer Nature OA
• SafeTransition: exact rational certification of transition safety for sustainability assessment#1052866Figshare
• Results from the monitoring of veterinary medicinal product residues and other substances in live animals and animal products - France#68636DataCite
• Waste fire surveillance: A case study using remote sensing data and IoT ground sensing for monitoring fires at waste management sites.#190384PubMed
• Controls on alkalinity biogeochemistry in a coastal aquifer-aquitard system.#152334PubMed
• Catchment Communities: Development of an Interdisciplinary Framework for Citizen Science Based Monitoring of Water Quality in Ireland#272942DORAS
• Recent developments in analytical techniques for monitoring anabolic-androgenic steroids in biological and environmental matrices: challenges and future opportunities.#322979NCBI PubMed Central
• Littoral and wetland vegetation decrease carbon emissions from dry inland waters.#1040254PubMed
• Future Climate Projections for Louisiana and Mississippi Using WRF: Are Extreme Heat and Precipitation Events Intensifying?#313493Springer Nature OA
• No Decline in Plant Species Diversity Despite Noticeable Land Use Changes Over 58 Years (Carpathian Foothills, Romania)#313494Springer Nature OA
• Integrated GIS-based Assessment of Soil Quality Using the MEDALUS Framework in the Nile Delta, Egypt#390097Springer Nature OA
• Explainable AI (xAI) for Landslide Susceptibility Modeling: A Comparative Analysis of Machine Learning and Deep Learning Approaches#443646Springer Nature OA
• Cross-Comparing Modelling Approaches for Hydrological Ecosystem Services in a Semi-Arid and Highly Anthropogenic Area#621155Springer Nature OA
• Influence of Seagrass Restoration on Nutrient Cycling Across Contrasting Estuarine Systems in the Southern North Sea#621161Springer Nature OA
• Integrating IMDAA Regional Reanalysis and Machine Learning for Enhanced Detection of Extreme Precipitation Over Complex Himalayan Terrain#621163Springer Nature OA
• Projected Reorganization of Euro-Mediterranean Bioclimates under Climate Change: Evidence from CMIP6 Multi-model Ensemble#621170Springer Nature OA
• Element concentration, stable and radioactive isotope data from multiple environmental matrices in two mid-sized Central-European river basins#478616Europe PMC
• Trends and dynamics of chlorophyll-a in the Arabian Gulf.#9816PubMed
• Pesticide fate and transport in the atmosphere and implications for risk assessment.#152332PubMed
• Rethinking Mussel Watch in the Era of Exposome and One Health.#203157PubMed
• Hybrid Horizons: Screening Hybridisation Through Nuclear Environmental DNA#205926IBISS
• Monitoring Terrestrial Ecosystem Productivity Using Hyperspectral Satellite Data#438650DigitalCommons@University of Nebraska
• Enhancing groundwater metazoan metabarcoding through primer performance assessment and reference library updates.#439686PubMed
• Movements, sex-ratios, recovery rates and#451834Figshare
• Taxonomy, natural history, and conservation of the mammals of Honduras#453857ARPHA OAI-PMH Endpoint
• <b>Wastewater and air pollution control unintentionally mitigate riverine microplastic and human exposure risk</b>#609515Figshare
• A Novel Cost-Effective Approach for Collecting Time-Series of Turbulence Properties in Aquatic Systems - Part I#339206Springer Nature OA