This summer is shaping up to be a particularly eventful period for the agricultural commodities market. Every year, July and August are the months most prone to significant price movements in the futures market. The reason is straightforward: these two months mark the most critical growth stage for most domestic crops, transitioning from seedlings to mature produce. Any abnormal weather during this period can disrupt yield expectations, triggering market speculation and often leading to substantial price volatility in futures ahead of time.
However, this year is distinct due to the convergence of multiple thematic drivers pointing in different directions. Some commodities are trading on 'weather-induced supply cuts,' others on 'industry inflection points,' and yet others on a 'rebound in peak season demand.' This is not a simple weather-driven market but a multi-faceted agricultural commodities theme playing out simultaneously.
We will analyze the landscape from three key perspectives.
The First Perspective: Abnormal Weather from El Niño and Its Impact on Yields
Sugar
The domestic core production region is Guangxi, accounting for approximately 60% of national output, followed by Yunnan and Guangdong. Internationally, Brazil and India are the top two global producers, with Thailand being a significant exporter.
The key growth period is from June to September, known as the elongation stage for sugarcane, which is crucial for sugar accumulation and requires substantial water. Rainfall and temperature during this phase significantly impact the current year's harvest. Concurrently, India's agricultural water supply heavily depends on the Southwest Monsoon from June to September, which is the primary water source for its sugarcane.
July presents a simultaneous critical window: it is the peak observation period for the Indian monsoon's adequacy and coverage, and it is when Guangxi's sugarcane enters its water-intensive elongation stage. With two major producing regions in their sensitive phases, the market is naturally highly attuned to weather information.
The core concern this year is a weak Indian monsoon, historically correlated with El Niño events. Persistent insufficient rainfall in India could pressure water supplies in key sugarcane states like Maharashtra and Karnataka, reducing sugar recovery rates and significantly cutting crushing season output.
The price impact chain is: insufficient Indian rainfall -> reduced sugarcane yield -> widening Indian sugar supply deficit -> potential Indian export bans or even imports -> rising global sugar prices -> higher ICE raw sugar prices -> upward movement in Zhengzhou white sugar futures.
Key monitoring points include weekly Indian monsoon rainfall data, reservoir levels in Indian producing states, rainfall normality in Guangxi during July, and ICE raw sugar futures trends.
Jujube (Red Dates)
Xinjiang is China's primary production region, contributing nearly half of the national output. China dominates global production, with minimal import/export volume, making it a domestically priced commodity with little external market linkage.
The critical growth stage is the fruit-setting period from late June to late July. August to October is the fruit expansion period.
The炒作 window exists because the fruit-setting period is the most vulnerable stage of the entire production cycle. Adverse conditions can cause irreversible flower and fruit drop, essentially setting the final yield. Historically, extreme heat in Xinjiang has triggered rapid futures price rallies.
The primary weather risk is sustained high temperatures above 35°C during the fruit-setting period, which can lead to pollination failure and young fruit drop. This year, accumulated temperatures in main producing areas are generally higher than recent years, and the growth period is about half a month ahead of schedule. Under the El Niño backdrop, high-temperature risks in southern Xinjiang are elevated.
The price impact chain is: Xinjiang high temperatures -> potential decline in fruit-setting rate -> reduced new-crop jujube yield -> futures price increase.
Key monitoring points include daily maximum temperatures in southern Xinjiang in July (focusing on days above 35°C), reports on fruit-setting rates, and whether spot inventory drawdown accelerates.
Apples
China is the origin and largest producer of apples, with pricing largely independent of overseas markets. The two core domestic production regions are the Loess Plateau (Shaanxi, Gansu, Shanxi), accounting for over 50% of national output and centered on late-maturing Fuji varieties, and the Bohai Rim region (Shandong, Liaoning, Hebei), with Yantai in Shandong having high market recognition.
Apple 'quantity' and 'quality' are determined in different stages. The bagging period from late May to late June essentially locks in total production. July-August is the crucial fruit expansion period, determining fruit size and quality. This year's bagging data suggests a 'recovery production year' ending two consecutive years of reduction. However, quality depends on July-August conditions.
The炒作 window exists because the fruit expansion period requires ample water and sunlight for fruit size, skin smoothness (vulnerable to hail), and sugar accumulation. With tight supplies of high-quality old-crop apples and lower cold storage inventory, the market is particularly focused on the premium fruit rate of the new crop.
Key weather risks include hail, which can directly damage fruit, and high-temperature drought or persistent rain, which can hinder fruit expansion, reduce size, or lower sugar content. Under El Niño, northern China faces higher risks of high temperatures and drought this summer.
The price impact chain is: hail or high-temperature drought -> hail-damaged fruit or hindered expansion -> lower premium fruit rate -> sharp reduction in deliverable grades -> futures price increase.
Key monitoring points include weather warnings in Shandong, Shaanxi, and Gansu during July-August, rainfall and high-temperature days, production surveys and premium fruit rate estimates, old-crop inventory drawdown speed, and expectations for the opening price of late-maturing Fuji in October.
Cotton
Xinjiang is China's core production region, accounting for about 90% of national output. The U.S. state of Texas serves as an important international reference, with U.S. cotton price movements influencing Zhengzhou cotton futures to some extent.
The key growth stages are the bud stage in June-July and the crucial boll development stage in July-August.
The炒作 window exists because the boll development stage is decisive for yield formation, being highly sensitive to water and temperature. High temperatures or drought can cause boll shedding and reduce boll weight, directly impacting yield.
Key weather risks are sustained high temperatures above 35°C in Xinjiang, which can cause boll shedding, and drought during the boll development period, which can reduce boll weight.
The price impact chain is: Xinjiang high temperatures/drought -> boll shedding, reduced boll weight -> lower cotton yield per unit area -> tighter domestic supply -> higher Zhengzhou cotton futures prices.
Key monitoring points include daily high-temperature data in Xinjiang during July, rainfall in Xinjiang cotton regions, drought indices in the U.S. cotton belt (Texas), and procurement progress by downstream textile mills.
Corn
Domestic core regions are Northeast China (Heilongjiang, Jilin, Liaoning, Inner Mongolia), contributing about 45% of output (spring corn), and the North China Huang-Huai region (Henan, Hebei, Shandong, etc.), contributing about 35% (summer corn). The U.S. Midwest is the global largest exporter, but its impact on China is limited to sentiment and cost transmission due to restricted imports.
The key growth period for Northeast spring corn is the pollination and grain-filling stage in July-August. For North China summer corn, it is the flowering and pollination period from late July to early August.
From July to August, both regions enter their critical yield formation stages simultaneously. While past weather炒作 often focused on high-temperature drought, this year presents a rare concern: low temperatures in Northeast China.
The core concern is insufficient accumulated temperature due to low temperatures in the Northeast. Persistent low temperatures in June have already delayed the growth period in some areas by 4-7 days, with forecasts indicating continued below-average temperatures in eastern Northeast China in July. Concurrently, summer corn in North China faces the risk of high-temperature drought during its pollination period in late July, influenced by El Niño.
The price impact chain involves a 'pincer movement': Northeast low temperatures -> insufficient accumulated temperature -> inadequate heat during pollination -> incomplete ear differentiation -> expectations for reduced Northeast corn yield; North China high-temperature drought -> high temperatures during pollination -> reduced pollen viability -> fewer kernels per ear in summer corn -> concerns over North China yield.
Key monitoring points include whether July average daily temperatures in Northeast China recover to normal levels, rainfall and temperatures in North China in late July, and weather during the U.S. corn belt pollination period along with USDA crop progress reports.
Rubber
Domestic production is in Yunnan and Hainan, with tapping starting from April. Southeast Asia (Thailand, Indonesia, Vietnam) is the global pricing anchor. Rubber is a perennial crop harvested via tapping throughout the year, with varying output across seasons.
The key high-production period domestically is from July to October. In Southeast Asia, output ramps up from May, transitioning into peak production around July-August, which is the supply increase phase.
This year's logic is that the peak production season coincides with El Niño-induced drought. Southeast Asia should enter peak production during the July-August rainy season, but El Niño may lead to reduced rainfall and high temperatures. Drought can reduce latex flow and output, even from tapped trees.
Key weather risks are sustained drought and high temperatures above 35°C in Southeast Asia, which can inhibit physiological activity in rubber trees and reduce latex yield.
The price impact chain is: El Niño drought -> lower-than-expected latex output during Southeast Asia's peak season -> high raw material (latex, cup lump) prices -> compressed processing margins -> slower release of new rubber -> stronger futures prices.
Key monitoring points include rainfall in southern Thailand, raw material purchase prices in Thailand, rainfall and tapping progress in domestic Yunnan and Hainan, and ANRPC global production monthly data.
Palm Oil
Malaysia and Indonesia dominate global production. Domestic Dalian palm oil futures largely follow the BMD (Malaysia) market, reflecting a pure importer pricing logic.
The seasonal pattern shows peak production from July to October in both Malaysia and Indonesia, with July marking the output ramp-up phase.
The weather炒作 window relates not to 'current production' but to 'long-term supply expectations.' The oil palm tree's response to drought has a significant lag—approximately 6 months from flowering to fruit bunch maturity, plus the inhibitory effect on flower bud differentiation. The actual impact of El Niño on production typically materializes 6-12 months later.
The key risk is sustained drought in Indonesia and Malaysia. Historically, strong El Niño events leading to drought have caused significant annual production declines. Additionally, demand-side catalysts like Indonesia's B50 biodiesel policy (scheduled for July 1, 2026) could add further narrative. However, the weather logic for palm oil is more oriented toward medium-to-long-term trends.
The price impact chain is: July-August El Niño drought -> impaired oil palm flower bud differentiation -> reduced number of fruit bunches -> production decline 6-12 months later -> tighter future supply -> coupled with advancing biodiesel policies -> leading rise in distant-month contracts.
Key monitoring points include monthly rainfall data in Indonesia and Malaysia, MPOB monthly reports on Malaysian production, exports, and stocks, progress on Indonesia's B50 policy implementation, the evolution of El Niño intensity, and changes in the soybean oil-palm oil price spread.
The Second Perspective: Livestock Sector – Hogs Await an Inflection Point, Eggs Approach Peak Season
Hogs – Capacity Reduction Underway, Supply Inflection Point Approaching in Q4
The industry is undergoing a significant capacity reduction phase after a prolonged downturn. Key data is the breeding sow inventory, a leading indicator for hog slaughter about 10 months ahead. The inventory has been declining, with accelerated reduction since late 2025. Based on the ~10-month production cycle, the pressure from slaughter supply may begin to ease around August-September 2026, suggesting a potential supply拐点 in the fourth quarter.
Smaller producers with higher costs and weaker financing are under greater pressure and exiting, driving the capacity reduction. Larger, more efficient firms with stronger balance sheets are better positioned to endure and potentially gain market share. The future industry structure may involve gradually recovering hog prices, benefiting leading firms through both volume and price.
Key monitoring points include the breeding sow inventory data, the pace of hog price recovery, the confirmation of a 'near-month weak, far-month strong' pattern in hog futures, and potential policy interventions.
Eggs – Peak Season Window Opening
The market experienced significant volatility in the first half of 2026. After deep losses early in the year, prices surged in April-May before retreating during the June rainy season (Meiyu). This rainy season may act as a 'stress test.' If price pressure is limited even during this period, prices could rebound after the rains end, further supported by pre-holiday demand for the Mid-Autumn and National Day holidays.
Seasonal patterns typically show price pressure in June (off-season), recovery starting in July after the rains, entry into the peak season upward channel in August with holiday stocking, and a rapid post-holiday demand drop by mid-September.
Key monitoring points include the end date of the rainy season, changes in the layer hen inventory, daily egg prices in main producing regions, and price movements of August and September futures contracts around the holidays.
The Third Perspective: Feed Sector – Implications of Hog Capacity Reduction on Consumption Expectations
The scale of hog and egg production directly determines feed demand. If hog capacity continues to be reduced, mid-term demand for protein meals like those used in pig feed faces downward pressure. However, in the short term, the July-August U.S. soybean weather window provides an independent, stage-specific炒作 opportunity for soybean meal. Rapeseed meal, meanwhile, needs to monitor both peak season demand from aquaculture and growing conditions in overseas production regions.
Soybean Meal – Global Supply Remains Ample, but July-August is the Most Sensitive Period
The overall fundamental picture for soybean meal is weak, with a difficult-to-reverse global soybean surplus and ample South American supply lacking strong upward drivers. However, market logic is shifting in July-August, which is the critical flowering and pod-setting window for U.S. soybeans and the most sensitive period for price action each year. While the probability of significant weather炒作 appears relatively limited currently, the market remains attentive. Conversely, continued hog capacity reduction and weakening mid-term pig feed demand could create resistance. Soybean meal may experience two-way volatility during July-August.
Key monitoring points include the USDA weekly crop progress report (crop conditions), U.S. Midwest drought monitoring, USDA supply and demand reports, and daily anomalies in the futures market.
Rapeseed Meal – Aquaculture Peak Season, Overseas Weather as a New Variable
Compared to soybean meal's global surplus logic, rapeseed meal's supply-demand dynamic is somewhat unique this year. On the demand side, it is an irreplaceable high-quality protein source in aquaculture feed, with peak feeding season for shrimp and fish in summer providing seasonal support. On the supply side, overseas rapeseed production (Canada, EU) has faced some weather-related pressures. The overall picture shows 'future supply increase, low spot inventory, solid but limited incremental aquaculture demand,' suggesting a range-bound market.
Key monitoring points include growing weather in Canadian rapeseed regions during July-August, feed consumption during the domestic aquaculture peak season, and weekly changes in rapeseed meal inventory.
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