mmdeinternational.com- Kharif Sowing Crosses 1,039 Lakh Hectares in 2025; Rice, Maize Up, Oilseeds and Cotton Down

mmdeinternational.com- Kharif Sowing Crosses 1,039 Lakh Hectares in 2025; Rice, Maize Up, Oilseeds and Cotton Down

Millet Maize DDGS Ethanol Int- Pulses and coarse cereals showed modest gains, with maize alone increasing by 9.82 lakh hectares from last year. In contrast, oilseeds decreased by 6.74 lakh hectares and cotton by 3.24 lakh hectares, while sugarcane expanded to 57.31 lakh hectares.

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mmdeinternational.com- ICAR-IIMR director emphasises need to enhance maize productivity using scientific, cost-effective methods

mmdeinternational.com- ICAR-IIMR director emphasises need to enhance maize productivity using scientific, cost-effective methods

Millet Maize DDGS Ethanol INT- As the Indian government pushes for higher ethanol blending in petrol, a three-day workshop focusing on maize-based bioethanol and catchment development began on Wednesday at the ICAR–Indian Institute of Maize Research (IIMR) in Ladhowal.

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mmdeinternational.com- Millet: not much enthusiasm in China

mmdeinternational.com- Millet: not much enthusiasm in China

Millet Maize DDGS Ethanol Int- Exporters are not keen to buy millet in China. Ukraine has seen a slow start to the harvest. EU imports are on par with last year. Little buying enthusiasm in China.

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mmdeinternational.com- Adapting Dryland Maize to Climate via Cultivars

mmdeinternational.com- Adapting Dryland Maize to Climate via Cultivars

Millet Maize DDGS Ethanol Int- In the face of escalating climate uncertainties, particularly in arid and semi-arid regions, agricultural resilience is becoming a central concern for scientists, farmers, and policymakers alike. A recent study published in npj Sustainable Agriculture sheds critical light on innovative strategies to enhance the adaptability of maize cultivation in drylands, where climate risks such as drought and temperature extremes threaten both yield and food security. The work by Tsubo and Moeletsi offers a nuanced exploration of cultivar adoption as a pivotal adaptation mechanism, unveiling both the potential and complexity involved in sustaining maize production under increasingly hostile environmental conditions.

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