We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Monitoring, pollution pattern and sources of litter in coastal zones in Tunisia and Germany
AI summary Read the abstract
This comparative study monitored beach litter composition in Tunisia and Germany, finding that plastic dominated Tunisian beaches (54-70%) primarily from tourism sources, while comparison with Germany highlighted differences in waste management effectiveness. Biodegradability tests showed that natural materials like palm leaf and paper degrade faster than bioplastics such as PLA and CPLA, informing data-driven strategies for coastal pollution reduction.
Marine litter, especially plastics, poses a major threat to marine ecosystems. This study focused on Tunisia and Germany, identifying key indicators through field monitoring and analysis. In Tunisia, beach litter was mostly plastic (54–70%), mainly from tourism. A benchmark with Germany highlighted management gaps. Biodegradability tests showed palm leaf, sugar cane, and paper degrade faster than PLA, CPLA, and PS. Results stress the need for data-driven strategies to reduce coastal pollution effectively.
More Papers Like This
Key Indicator Development for Marine Litter Management in Tunisian Coastal Area
AI summary Read the abstract
Researchers developed key indicators and sub-indicators for marine litter management in Tunisian coastal areas using literature review, participative approaches, and beach litter monitoring campaigns across five beaches from north to south Tunisia. They found that organizing three main indicators and twelve sub-indicators into driving factors and resulting situations provided a diagnostic framework to support coastal management decision-making.
Monitoring and characterization of macro-litter on the beaches of El Kala coastline of Algeria
AI summary Read the abstract
Researchers quantified and characterized macro-litter on beaches along the El Kala coastline in Algeria, cataloguing dominant debris categories to establish baseline pollution levels and identify the primary sources threatening this coastal ecosystem.
Microplastic Pollution Along the Beaches of the Gulf of Gabès (Tunisia): Spatial Distribution, Sources, and Implications for Coastal Sustainability
AI summary Read the abstract
Researchers examined sand from seven beaches in the Gulf of Gabès, Tunisia, finding microplastics, mostly fibers and fragments made of polyethylene, polypropylene, and polystyrene. Most beaches showed high pollution levels, with patterns possibly linked to tourism, fishing, or waste, though these sources were not directly tested.
Efficient Beach Litter Monitoring: Accelerated Surveys of Pollution Hotspots—A North African Case Study
AI summary Read the abstract
This year-long study on six Tunisian beaches introduced an accelerated multiple 10-meter transect method for efficient beach litter monitoring at pollution hotspots, finding an average litter density of 1.01 pieces/m² dominated by plastics (59.2%) and cigarette butts (21.1%). Two beaches were classified as 'extremely dirty,' and the study highlights the urgent need for a national beach litter monitoring program.
Evaluating marine litter impact on coastal areas in italy, lebanon, and tunisia within the COMMON project
AI summary Read the abstract
Researchers monitored marine litter across key environmental compartments including beaches, sea surface, and fish gastrointestinal tracts at five coastal pilot areas in Italy, Tunisia, and Lebanon as part of the COMMON project applying Integrated Coastal Zone Management principles. They found that plastic constituted approximately 80% of marine litter collected, providing baseline data to support cross-Mediterranean strategies for improving coastal environmental performance.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.