Adalytica logo
Real-time signals
Other topics in Commodities

Events

Soybean and Cottonseed Oil Prices Surge Amid Low Supply Concerns

May 103:46 PMby Vadim Skritskii
Pulse Strength+0.38Mild positive
Attention Pulse+1.29Subdued
Tier 1-10%Quiet · Long tail

The agricultural commodities market is witnessing a notable uptick in prices for soybean oilseed and cottonseed oil, driven by reports of low availability in these essential oils. The current sentiment in the market reflects a 'Greed' score of 79, indicating strong bullish sentiment among investors as they react to tightening supplies. This comes as the coverage of the topic has reached a level of 46, suggesting that while interest is present, it remains relatively neutral in the broader market context. The recent three-month rate of change for these commodities shows a decline of approximately 10%, highlighting the challenges in supply chains that are exacerbating the situation. As market participants assess these dynamics, the overall sentiment remains cautiously optimistic, with many anticipating further price adjustments as demand continues to outstrip supply.

1 day ago

Mato Grosso and Rondônia See Significant Increase in Soybean Planting Area for 2025/26 Harvest

P+0
A+0
T-13%
2 days ago

Manado MSMEs Struggle Amid Rising Soybean Prices and Basic Ingredient Costs

P+0
A+1
T-8%
2 days ago

AGRO ABIOVE Forecasts Record Soybean Processing Amid Infrastructure Developments

P+0
A+1
T-42%
4 days ago

Kamsarmax and Panamax Bulk Carriers Gain Traction Amid Brazilian Soybean Surge

P+49
A+1
T-1%
5 days ago

China Commits to $17 Billion in US Agricultural Purchases, Excluding Soybeans

P+5
A+3
T+84%
6 days ago

Argentina's Soybean Harvest Reaches Record Levels Amid Low Soyoil Prices

P+48
A+1
T-10%
May 15, 2026

US Soybean Crush Falls Short of Expectations in April

P+30
A+1
T-2%
May 12, 2026

Vidarbha Farmers Shift Focus to Soybean Amid Kharif Crop Planning

P+0
A+1
T-22%
May 9, 2026

Maharashtra Sees Increased Demand for Soybean Oilseeds, Potentially Boosting Production

P+0
A+2
T+1%
Soybeans

Methodology & Reference