Modern Agriculture (ModA)

Modern Agriculture (ModA) is a Wiley-VCH journal publishing high-quality articles on all aspects of agriculture, with a focus on agricultural innovations.

[Modern Agriculture (ModA) @ModA_journal]

The Invisible White Micropollutants of Green Agriculture: 10 Essential Scientific Questions for the Future of Agricultural Microplastic Research - Xu - 2026 - Modern Agriculture - Wiley Online Library https://t.co/h40JqgyNAQ

[Modern Agriculture (ModA) @ModA_journal]

10 Essential Scientific Questions for the Future of Agricultural Microplastic Research

[Modern Agriculture (ModA) @ModA_journal]

10 Essential Scientific Questions for the Future of Agricultural Microplastic Research

[Modern Agriculture (ModA) @ModA_journal]

6/minimum film-thickness standards, mandatory residual-film recovery, and producer take-back schemes—underpinned by standardized, mass-based (mg/kg) monitoring so contamination can be compared, tracked, and managed.

[Modern Agriculture (ModA) @ModA_journal]

The Invisible White Micropollutants of Green Agriculture: 10 Essential Scientific Questions for the Future of Agricultural Microplastic Research - Xu - 2026 - Modern Agriculture - Wiley Online Library https://t.co/h40JqgyNAQ

[Modern Agriculture (ModA) @ModA_journal]

5/With no scalable, field-deployable remediation yet available and soil-to-crop-to-food-chain transfer still an unresolved food-safety question, source prevention is the most actionable lever today—

[Modern Agriculture (ModA) @ModA_journal]

The Breakthrough in Peanut T2T Genome Study Injects New Momentum Into Genetic Improvement of the Important Oil Crop - Wang - 2026 - Modern Agriculture - Wiley Online Library https://t.co/uEa0uQqTK4

[Modern Agriculture (ModA) @ModA_journal]

Who is the best for hairy root transformation?

[Modern Agriculture (ModA) @ModA_journal]

A comprehensive approach to translate genomic discoveries into practical breeding materials

[Modern Agriculture (ModA) @ModA_journal]

The Breakthrough in Peanut T2T Genome Study Injects New Momentum Into Genetic Improvement of the Important Oil Crop - Wang - 2026 - Modern Agriculture - Wiley Online Library https://t.co/uEa0uQqTK4

[Modern Agriculture (ModA) @ModA_journal]

Nitrogen Enhances Post‐Drought Recovery: Insights From the TaSnRK2.10–TaNLP7 Axis - Shahzad - 2026 - Modern Agriculture - Wiley Online Library https://t.co/PYCmFlprDO

[Modern Agriculture (ModA) @ModA_journal]

It proposes an integrated breeding roadmap to synergistically improve tomato sweetness and agronomic traits via multi-omics, gene editing and AI-aided strategies.

[Modern Agriculture (ModA) @ModA_journal]

A Roadmap for Breeding Sweet Tomatoes - Chen - 2026 - Modern Agriculture - Wiley Online Library https://t.co/97jH5rvx6o

[Modern Agriculture (ModA) @ModA_journal]

This perspective systematically reviews key genes, loci and molecular mechanisms underlying sugar metabolism and sweetness-enhancing volatile biosynthesis in tomato.

[Modern Agriculture (ModA) @ModA_journal]

This study identifies key knowledge gaps and proposes future research directions to improve long-term soil health and crop productivity under saline conditions.

[Modern Agriculture (ModA) @ModA_journal]

Integrated Soil Salinisation Management Strategies in Agriculture - Xing - 2026 - Modern Agriculture - Wiley Online Library https://t.co/NmH9hBdLP7

[Modern Agriculture (ModA) @ModA_journal]

It highlights the combined use of agronomic practices, chemical amendments, and biological approaches for sustainable salinity control.