antibiotic-resistance
Antibiotic resistance occurs when microorganisms evolve mechanisms to survive antimicrobial treatments, reducing the effectiveness of drugs used to control infections. In plant agriculture, this is particularly significant because plant pathogens can develop resistance to the antibiotics used to manage crop diseases, potentially compromising disease control strategies and agricultural productivity. Understanding and managing antibiotic resistance in farming systems is essential for ensuring sustainable crop protection and food security.
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Antibiotic Metabolites Are an Overlooked Driver of Resistance Disse...
Lettuce you grow with recycled water or irrigate near agricultural land may silently carry antibi...
Unraveling the Multilevel Phytotoxicity of Micro(nano)plastics and ...
Compost and manure-based fertilizers you spread in your vegetable beds likely carry both plastic ...
Iron plaque on wetland plant roots serves as a hotspot at the rhizo...
Wetland plants growing along the edges of ponds, rivers, and constructed water-treatment marshes ...
A review of antibiotic accumulation, degradation and ecological ris...
Mangroves filter the coastal water that feeds fisheries and beaches you may visit, and antibiotic...
Long-Term Straw Return Reverses Antibiotic Resistance Accumulation ...
Every time you compost spent corn stalks or straw back into your garden beds instead of bagging t...
Meta-analysis of biochar effects on antibiotics and antibiotic resi...
If you grow vegetables in soil that's been amended with manure or compost, biochar mixed into you...
Occurrence, persistence and vertical distribution of high-risk anti...
Vegetables and grains grown in soils fertilized with manure-based slurry may be absorbing antibio...
Unveiling the environmental fate and risks of non-heterocyclic sulf...
Antibiotic residues from farms and wastewater seep into the soil where your vegetables grow, quie...
Enhanced Antibiotic Dissipation in Swine Wastewater Facilitated by ...
Pig farms near your community release wastewater loaded with antibiotics that can seep into soil ...
Inhibiting Cr(VI)-mediated ARG dissemination in wastewater: Synthet...
Wastewater used to irrigate gardens and farms can carry antibiotic-resistant bacteria into the so...
Biodegradation of tetracycline antibiotics: Advances and insights i...
Tetracycline residues from nearby farms and hospitals quietly build up in garden soil and irrigat...
Enhanced stability and reusability of metagenomic laccase via immob...
Antibiotic runoff from farms soaks into the soil and waterways you use to grow food, disrupting t...
Mechanistic insights into antibiotic resistance control by nano zer...
Antibiotic-resistant bacteria can contaminate the soil and water used to grow your food, and this...
Concurrent biodegradation of tylosin and tilmicosin by a novel Para...
Antibiotic residues from livestock farms routinely wash into the irrigation water and soil used t...
Microbial interactions with pharmaceutical pollutants: Implications...
Antibiotic-laced runoff from farms and cities soaks into the same soil and groundwater your garde...
Detoxification of antibiotic pollution using nanoparticle systems: ...
Antibiotic residues soaking into garden and farm soil are steadily killing the microbial communit...
[Research progress in the pollution status and biodegradation of su...
Sulfonamide antibiotics flushed into waterways end up in the irrigation water and soil of farms a...
Inter-domain microbial collaboration drives sulfamethoxazole in sit...
The pond at the edge of your local park is almost certainly receiving antibiotic runoff from near...
Phylogenomic and population genomic insights into the dissemination...
This article does not relate to plant science; it concerns human infectious disease and antibioti...
