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The Corn is ALIVE? | Maize (Part 1)
The Corn is ALIVE? | Maize (Part 1) YouTube video by CoffinCreeper

The Corn is Alive? | Maize (Part 1) 🌽

Watch it here⬇️
youtu.be/0dxWHcHhb5I

#maize #youtubegaming #letsplay #subscribe #goth #corn

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AMIS Weekly Market News Summary - Week 13 - March 2026 Key updates on #wheat, #maize, #rice and policy trends this week.

👉 www.amis-outlook.org/list-details...

#TradeLogistics #Fertilizer #Vegoil #PolicyDevelopment #OOAT

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Transcriptome‐wide association study identifies the ZmbZIP89–ZmSAUR21 module as a key regulator of root growth and drought tolerance in maize The maize Small Auxin-Up RNA gene ZmSAUR21 is activated by the transcription factor ZmbZIP89 and regulates root development, providing a direct target for breeding maize with stronger, deeper root sy...

🌽Zhu et al. uncover a key regulatory pathway controlling #maize #root #development and highlight a valuable target #gene for improving root systems and enhancing drought tolerance in crop breeding programs.
🍿 doi.org/10.1111/jipb...
@wileylifesci.bsky.social
#PlantScience #JIPB

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Gillreath-Brown & Kohler 2024. Low-frequency July temperature anomaly reconstruction for the southwestern
United States as defined in inset (based on Gillreath-Brown et al. 2024:Figure 5). The extent of the SWUS inset is approximately: xmin = −112.82, xmax = −105.52, ymin = 32.66, ymax = 38.90. Blue line fitted by loess (local polynomial regression fitting) smoothing (α = 0.15). Negative values on the y-axis indicate temperatures cooler than the 1961–1990 average; the horizontal line at 0 marks the average July temperature from 1961–1990. Negative values on x-axis indicate years BC.

Gillreath-Brown & Kohler 2024. Low-frequency July temperature anomaly reconstruction for the southwestern United States as defined in inset (based on Gillreath-Brown et al. 2024:Figure 5). The extent of the SWUS inset is approximately: xmin = −112.82, xmax = −105.52, ymin = 32.66, ymax = 38.90. Blue line fitted by loess (local polynomial regression fitting) smoothing (α = 0.15). Negative values on the y-axis indicate temperatures cooler than the 1961–1990 average; the horizontal line at 0 marks the average July temperature from 1961–1990. Negative values on x-axis indicate years BC.

How did El Niño and La Niña cycles shape Pueblo history? By driving maize farming success in wet years and hardship in dry ones according to Gillreath-Brown & Kohler. buff.ly/fI7RgtO
#Archaeology #ClimateHistory #SouthwestHistory #Maize #Pueblo

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FIGURE 1
A, Bright lemon-green foliar symptoms on Johnson grass (black arrow heads) on the side of a road in Moore County, TX. B, Associated interveinal chlorosis (red arrow heads) on Johnson grass; C, on young seedling corn plants (back arrow heads) at the edge of a corn field; and D, on maturing field sorghum plants. E, Maturing field corn plants at the reproductive stage of growth showing interveinal chlorosis. F, Close-up view of young sorghum plants with interveinal chlorosis and G, stunted corn plants (white arrow head) next to non-symptomatic plants. H, A patch of stunted sorghum plants (white arrow heads) with no panicle surrounded by non-symptomatic sorghum plants. I, Close-up image of mature sorghum plants with underdeveloped and shriveled panicles (white arrow heads).

FIGURE 1 A, Bright lemon-green foliar symptoms on Johnson grass (black arrow heads) on the side of a road in Moore County, TX. B, Associated interveinal chlorosis (red arrow heads) on Johnson grass; C, on young seedling corn plants (back arrow heads) at the edge of a corn field; and D, on maturing field sorghum plants. E, Maturing field corn plants at the reproductive stage of growth showing interveinal chlorosis. F, Close-up view of young sorghum plants with interveinal chlorosis and G, stunted corn plants (white arrow head) next to non-symptomatic plants. H, A patch of stunted sorghum plants (white arrow heads) with no panicle surrounded by non-symptomatic sorghum plants. I, Close-up image of mature sorghum plants with underdeveloped and shriveled panicles (white arrow heads).

Newly identified disease of corn and sorghum may be mistaken for iron deficiency: www.apsnet.org/members/community/newsro...

Read the original article: https://doi.org/10.1094/PHP-07-25-0184-RS

#Pantoea #maize #sorghum

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🇨🇳 BREAKTHROUGH: #WIMI Biotech & Shanghai Jiao Tong University unveil #CasY7 - China's first fully independent #CRISPR gene editing system

✂️ 87.7% efficiency in #maize (2.7× better than #Cpf1)
🌾 Validated across 12 major crops
🧬 100% proprietary IP - no foreign dependencies

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Transcriptome‐wide association study identifies the ZmbZIP89–ZmSAUR21 module as a key regulator of root growth and drought tolerance in maize The maize Small Auxin-Up RNA gene ZmSAUR21 is activated by the transcription factor ZmbZIP89 and regulates root development, providing a direct target for breeding maize with stronger, deeper root sy...

#Transcriptome-wide association study identifies the #ZmbZIP89–ZmSAUR21 module as a key regulator of #root growth and #drought tolerance in #maize

onlinelibrary.wiley.com/doi/10.1111/...

#PlantScience @jipb.bsky.social @rootsaction.org @tropiroot.bsky.social @maizezynskihi.bsky.social @rsc.org

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AMIS Weekly Market News Summary - Week 12 - March 2026 Key updates on #wheat, #maize, #rice and policy trends this week.

Subscribe for email alerts:
✉️https://www.amis-outlook.org/subscription/subscription

#TradeLogistics #Fertilizer #Vegoil #PolicyDevelopment #OOAT

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Online-Bewerbung - OBMplus Schön, dass Sie Teil unseres Teams werden wollen! Noch fünf Schritte um sich besser kennenzulernen ... Sie möchten sicher wissen, wie es nun weitergeht? Halten Sie dafür bitte Ihre…

📢 Scientific researcher (PhD position) Integrating genetics into crop models at Georg-August-University of Göttingen
Application deadline: 3/16/2026
buff.ly/plErATt
#maize #genetics #drought #PlantSciJobs @uni-goettingen.de

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Effects of changing assimilate supply on #starch synthesis in #maize kernels under high #temperature stress

☀️🌱https://doi.org/10.1016/j.jia.2024.08.002
Prof. Peng Sui team at China Agricultural University
#agronomy #AbioticStress #CropPhysiology

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NEW in Agricultural Systems
Optimizing agricultural intensification & cropping structures in China to reduce #nitrogen surplus
doi.org/10.1016/j.ag...

50-day Free: authors.elsevier.com/c/1mnZn,70zI...

#soil #agriculture #NitrogenUseEfficiency #landuse #Fertilisers #Rice #wheat #maize #crops

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Concurrent improvements in maize yield and drought resistance through breeding advances in the U.S.Corn Belt - Nature Communications Drought is an increasing threat to global food security. By compiling a dataset of 92,096 hybrid-trial observations across the U.S. Corn Belt, this study finds that modern breeding has concurrently de...

#Concurrent improvements in #maize #yield and #drought resistance through #breeding advances in the U.S.Corn Belt

www.nature.com/articles/s41...

#PlantScience @natcomms.nature.com @maizesausage.bsky.social @maizebarley.bsky.social @cerealcell.bsky.social @cerealscanada.bsky.social @benrlee.com

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Hybrid origin and phenotype evolution of the modern maize This review synthesizes current advances in elucidating the hybrid origin of modern maize and in identifying the origins of key alleles involved in maize domestication, thereby providing a genetic an...

🌽+⌛️ Understanding #crop ancestors will help #PlantScience create the #food of the future.

🍿In this #review, Yuan et al. explore the hybrid origin and #phenotype #evolution of modern #maize!

🔗 doi.org/10.1111/jipb...
@wileylifesci.bsky.social 🪴

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🌾 Precision breeding just got faster! 🚀
Our Efficient Fragment Knock-In & Replacement Tech for #Maize, #Rice, and #Wheat is here. 🧬

📈 Enhancer knock-in: Boost transcript levels by up to 4x!

#PlantScience #CRISPR #AgTech #Biotech #FutureBreeding #CropScience

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CORNIA (OC BY @alexonjaychara.bsky.social)

#cornia #corn #maize #oc #originalcreator #art #fanart #2d

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AMIS Weekly Market News Summary - Week 11 - March 2026

Key updates on #wheat, #maize, #rice and policy trends this week.

Subscribe for email alerts: ✉️https://www.amis-outlook.org/subscription/subscription

#TradeLogistics #Fertilizer #Vegoil #PolicyDevelopment #OOAT

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At #WIMIBiotech, we know that high-quality #genetictransformation is the backbone of breakthrough plant research.
Whether you're working with #rice or complex #maize genotypes, our optimized #Agrobacterium-mediated protocols ensure stable, high-efficiency results. 📊
Contact: sales@wimibiotech.com

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Do solar panels hurt crop yields? It depends on where you farm. A new study shows agrivoltaics can cut maize yields in humid regions but boost soybean production in drier climates.

More solid data on #agrivoltaics Humid v’s dry,
Do solar panels hurt crop yields? It depends on where you farm.  A new study shows agrivoltaics can cut #maize yields in humid regions but boost #soybean production in drier climates.
#energysky #agsky
www.anthropocenemagazine.org/2026/03/how-...

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Light-shedding article review by Liu & Yan:

‘Protein engineering fixes a major crop trade-off’

tinyurl.com/uu2fu45v

#WIS

#PlantandEnvironmentalScience

#ColdStress

#ProteinDesign

#CropYield

#Phosphorous

#Maize

#InorganicPhosphate

#HighYieldVariety

#JasmonicAcid

#Ubiquitin

Fig.1

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Enlightening article review by Buell:

‘Hybrid potatoes: Rooting for heterosis’

tinyurl.com/jesfhwk2

#WIS

#PlantandEnvironmentalScience

#Homozygous

#Heterozygous

#Potato

#Rice

#Maize

#Solanaceae

#IncreasedVigour

#AgriculturalProductivity

#Genome

#Progeny

#GeneticLoad

C. Robin Buell:

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Enlightening article review by Buell:

‘Hybrid potatoes: Rooting for heterosis’

tinyurl.com/jesfhwk2

#WIS

#PlantandEnvironmentalScience

#Homozygous

#Heterozygous

#Potato

#Rice

#Maize

#Solanaceae

#IncreasedVigour

#AgriculturalProductivity

#Genome

#Progeny

#GeneticLoad

Fig.1

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#AMISMarketMonitor March edition is out! #Wheat prices firmed on weather and logistics risks, while #maize and #rice stayed stable and #soybean prices rose. The issue includes FAO’s 2026 #wheat production forecast, pointing to lower output from reduced sowings.
👉 www.amis-outlook.org/market-monitor

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When 1–2 °C matters: climate warming reshapes maize disease and resistance networks This article comments on:Schwarz CG, Hartmann F, Zier C, van der Linde K. 2026. Characterization of the maize–Ustilago maydis interaction in a warming clim

When 1–2 °C matters: #climate warming reshapes #maize disease and #resistance networks

academic.oup.com/jxb/article/...

#PlantScience #SciComm #CropScience #StressBiology #PlantStress #AbioticStress #Agriculture @jxbotany.bsky.social @sebiology.bsky.social @seburbanbotany.bsky.social

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🌽 Corn 🌽 has been around for a REAALLLYYYY long time!!

Of course it's not the same we're eating today, or is it!?

You know I'm going in for that deeper dive! What a tall, bumpy, delicious, veg.. I mean fruit... I mean grain......

🌎📌🌲👉 hawki.app 👈🌳📍🧪

#hawki #history #food #yum #maize #farm #hunt

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Map showing location of the Sevier region and the sites discussed in the text. Coulam, N. J. (2021).

Map showing location of the Sevier region and the sites discussed in the text. Coulam, N. J. (2021).

Coulam challenges the hypothesis that Sevier Puebloans during the Formative era were foragers, presenting multiple lines of evidence that point to reliance on maize agriculture instead. buff.ly/4fA09Vn
#Archaeology #Maize

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Tired of expensive microscopy or destructive staining? A new study in Plant Cell Reports introduces RUBY-MAT—a game-changing visual system for maize engineering.
Read the full study: link.springer.com/article/10.1...

#Maize #PlantScience #RUBY #Betalain #SyntheticBiology #CropEngineering #Biotech

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A new issue of CSH Protocols is out!
@cshlpress.bsky.social

The cover image highlights the work by Moss et al., who describe how to use fluorescence flow cytometry and specific AuxInYeast strains to study #maize auxin perception.

⬇️Links below

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Rewiring an E3 ligase enhances cold resilience and phosphate use in maize - Nature The E3 ubiquitin ligase NLA postively regulates cold tolerance and negatively regulates phosphate uptake in maize, and a genetically engineered variant of this enzyme leads to improved cold ...

Rewiring an E3 #ligase enhances #cold resilience and #phosphate use in #maize

www.nature.com/articles/s41...

#PlantScience #SciComm @nature.com @natcellbio.nature.com @maizesausage.bsky.social @plantnerd.bsky.social @jchrispires.bsky.social @mrillig.bsky.social @nmouquet.bsky.social

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#SouthAfrica #Maize #Exports

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🌽 🌾 Disentangling the contribution of trait plasticity to improve the productivity of a #maize#soybean intercrop system for the Midwest, USA
by Elena Pelech, Jochem Evers @carlbernacchi.bsky.social
doi.org/10.1093/insi... #PlantScience #model

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