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Today, herbicide-resistant weeds dominate research and development efforts in the discipline of weed science. The incidence, management challenges, and cost of multiple herbicide-resistant weed populations are continually increasing worldwide. Crop varieties with multiple herbicide-resistance traits are being rapidly adopted by growers and land managers to keep ahead of the weed resistance tsunami. This Special Issue of Plants comprises papers that describe the current status and future outlook of herbicide resistance research and development in weedy and domestic plants, with topics covering the full spectrum from resistance mechanisms to resistance management. The unifying framework for this Special issue is the challenge posed to all of the contributing authors: What are the (potential) implications for herbicide resistance management?

Research & information: general --- Biology, life sciences --- best management practices --- crop competition --- herbicide resistance --- integrated weed management --- precision weed management --- site-specific weed management --- Citrus latifolia --- hairy beggarticks --- junglerice --- tropical sprangletop --- corn --- herbicide resistance trait --- maize --- soybean --- amino acid biosynthesis --- lipid biosynthesis --- mechanism of action --- plastoquinone biosynthesis --- pyrimidine biosynthesis --- target site --- weeds --- genomics --- plant genome assembly --- non-target site resistance --- population genomics --- genome scans --- population genetics --- non-target metabolomics --- GC-MS --- priming --- hormesis --- D1 protein --- acetolactate synthase --- tubulin --- ACCase --- EPSPS --- phytoene desaturase --- PPO --- glutamine synthetase --- auxin --- Non-target-site resistance --- herbicide mode of action --- co-existence --- environmental conditions --- resistance mutation --- fitness benefit --- fitness cost --- resistance management --- weed genomics --- herbicide resistance database --- herbicide resistance diagnostics --- precision herbicide resistance management --- functional genomics --- weed biology --- weed evolution --- integrated pest management --- sensitivity line --- ryegrass --- herbicide dose --- dose-response --- non-target-site resistance --- best management practices --- crop competition --- herbicide resistance --- integrated weed management --- precision weed management --- site-specific weed management --- Citrus latifolia --- hairy beggarticks --- junglerice --- tropical sprangletop --- corn --- herbicide resistance trait --- maize --- soybean --- amino acid biosynthesis --- lipid biosynthesis --- mechanism of action --- plastoquinone biosynthesis --- pyrimidine biosynthesis --- target site --- weeds --- genomics --- plant genome assembly --- non-target site resistance --- population genomics --- genome scans --- population genetics --- non-target metabolomics --- GC-MS --- priming --- hormesis --- D1 protein --- acetolactate synthase --- tubulin --- ACCase --- EPSPS --- phytoene desaturase --- PPO --- glutamine synthetase --- auxin --- Non-target-site resistance --- herbicide mode of action --- co-existence --- environmental conditions --- resistance mutation --- fitness benefit --- fitness cost --- resistance management --- weed genomics --- herbicide resistance database --- herbicide resistance diagnostics --- precision herbicide resistance management --- functional genomics --- weed biology --- weed evolution --- integrated pest management --- sensitivity line --- ryegrass --- herbicide dose --- dose-response --- non-target-site resistance

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This book brings together the papers published in the Special Issue "Recent advances in the understanding of molecular mechanisms of resistance in Noctuid pests" in the journal Insects in 2021. It contains 10 articles that are either original results or reviews. The focus is on insects of the noctuid family, as they are among the most devastating crop pests on the planet. Understanding the molecular mechanisms that allow these insects to become resistant to insecticides is essential for the implementation of sustainable control methods and resistance management strategies.

fall armyworm --- insecticide resistance --- target-site mutations --- Bt resistance --- corn strain --- rice strain --- resistance management --- Indonesia --- Kenya --- 1′S-1′-Acetoxychavicol acetate --- Alpinia galanga --- Spodoptera frugiperda --- Sf9 cells --- botanical pesticide --- Mythimna loreyi --- rice armyworm --- invasive pest --- LAMP --- diagnostic PCR --- Helicoverpa armigera --- transposable elements --- insertions sites --- insecticide resistance genes --- insect rearing --- dynamic energy budget (DEB) theory --- development --- temperature --- variability --- Bacillus thuringiensis --- Cry protein --- ATP-Binding Cassette --- ABC Transporter --- ATP switch model --- pore-forming toxin --- resistance --- genetics --- Noctuidae --- Helicoverpa --- Spodoptera --- Heliothis --- Chloridea --- Trichoplusia --- ABCC2 --- biological invasion --- Cytochrome P450 --- Fall armyworm --- cytochromes P450 --- carboxyl/cholinesterases --- glutathione S-transferases --- ATP-binding cassette transporters --- soybean looper --- reference genes --- Cry1F --- genotyping --- targeted sequencing --- resistance screen --- n/a --- 1'S-1'-Acetoxychavicol acetate