1、Which Seasons Are the Peak and Off

Here, the authors show that within a year, increased early- and peak- season greenness often leads to late-season declines, highlighting water/heat stress limits on greening and the carbon sink.

2、Size distributions and dry deposition fluxes of water

In spring, fall and winter, a bimodal distribution of NO 3− was observed with one peak at 2.5–10 μm and another peak at 0.44–1 μm. In summer, however, the fine mode peak disappeared, likely due to the unfavorable conditions for the formation of NH 4 NO 3.

3、China: Water

As the winter preservation market is growing, water-soluble fertilizers, which usually are not as popular, are now also entering their peak season. Currently, water-soluble...

4、MEASURES ON GOVERNING COMMERCIAL RESERVES OF CHEMICAL FERTILIZERS

The term limit of off-season reserves of chemical fertilizers shall be six months, generally calculated from October to next March. The entrusting entities may make proper adjustments on the starting and ending dates for off-season reserves of some areas in compliance with the seasonal diversity in the use of chemical fertilizers.

5、Trend of Water Soluble Fertilizer 2026: Growth & Demand

Seasonal Peaks: Search interest for "organic water soluble fertilizer" peaks in May, June, and August, aligning with the growing season in the Northern Hemisphere. This suggests higher consumer and agricultural demand during these months.

Off

The Off-Seasons Fertilizers Reserve Loan means the short-term working capital loan provided by ABC to customers for their development of commercial reserves of chemical fertilizers during off-seasons.

Seasonal Trends in Fertilizer Demand: How It Affects Urea and DAP

Farmers and agricultural businesses rely heavily on fertilizers such as urea and DAP (Diammonium Phosphate) to enhance crop yield and quality. Understanding these trends is crucial for optimizing purchase and application strategies. Fertilizer demand fluctuates significantly with the seasons.

Water Soluble Fertilizers (WSF) Prices, Chart and Demand

In Latin America, water soluble fertilizers (WSF) demand was driven by preparatory agricultural activity ahead of peak planting seasons. Buyers aligned procurement volumes with projected nutrient requirements for upcoming crop cycles.

Ocean Freight Peak/Off

The real differentiator is whether you can keep supply stable during peak season and keep improving operating rhythm in off-peak months—so lead times, landed costs, and cash flow remain within a manageable range.

Water Soluble Fertilizers Global Production Capacity and Growth Outlook

How global water soluble fertilizers supply is scaling across nutrient chemistries, manufacturing routes and downstream agricultural systems, where production clusters sit, and what growth drivers and risks executives need to watch.

Water-soluble fertilizers are a new type of nutrient product that can be dissolved in water for absorption, suitable for various crops and soils. The off-peak and peak seasons for water-soluble fertilizers depend primarily on factors such as crop growth stages, climatic conditions, and market demand. Below is an analysis of the seasonal trends:

I. Analysis of Off-Peak Season

1. Impact of Crop Growth Cycles

• Seeding Period: For crops planted in spring or autumn (e.g., corn, wheat), demand for water-soluble fertilizers is relatively low during their early growth phases. At this stage, crops prioritize basic water and nutrient needs rather than specialized water-soluble formulations.
• Maturity Stage: For autumn-harvested crops (e.g., apples, grapes), demand drops to near zero during winter or early spring dormancy. Water-soluble fertilizers are occasionally used to replenish nutrients from the previous season, preparing for the next year’s flowering and fruiting.
• Harvest Period: After autumn harvests, fields temporarily require less water-soluble fertilizer because soil nutrients are naturally replenished by crop residues.

2. Impact of Climate

• Drought: During dry periods, crop growth slows or halts, reducing demand for water-soluble fertilizers. Farmers may shift to organic fertilizers to maintain soil moisture and balance.
• Rainy Season: Increased humidity boosts crop growth, briefly raising demand for water-soluble fertilizers. this spike is short-lived and fades as crops transition to new growth phases.
• Extreme Weather: Events like floods or storms may cause temporary soil erosion or nutrient loss, triggering a brief surge in demand. Once issues are resolved, reliance on water-soluble fertilizers diminishes.

3. Market Supply and Demand

• Oversupply: In markets with excess inventory, manufacturers may lower prices to clear stock, further suppressing off-peak demand.
• Weak Demand: If market interest wanes, producers might cut output or adjust product lines to align with shifting preferences.
• Price Volatility: Fluctuations in raw material costs, transportation fees, or competition can destabilize off-peak demand.

4. Agricultural Technology Advancements

• New Fertilizer Innovations: The rise of high-efficiency, eco-friendly water-soluble fertilizers attracts attention, potentially reducing demand for traditional formulas during off-peak times.
• Alternative Products: The popularity of organic fertilizers and bio-fertilizers may divert some farmers from water-soluble options, impacting off-peak usage.

5. Policies and Subsidies

• Government Incentives: Subsidies for organic farming could tilt farmer preferences away from water-soluble fertilizers.
• Policy Adjustments: Shifts in agricultural subsidies (e.g., reduced support for synthetic fertilizers) might lower off-peak demand.

II. Analysis of Peak Season

1. Impact of Crop Growth Cycles

• Seeding Period: Spring and autumn planting seasons (e.g., corn, wheat) drive higher demand as crops require intensive nutrient support during critical growth phases.
• Maturity Stage: Dormant crops (e.g., apples, grapes) still use water-soluble fertilizers minimally, primarily to prepare for future cycles.
• Post-Harvest Recovery: After autumn harvests, fields may see increased demand to restore soil fertility for the next planting season.

2. Impact of Climate

• Drought: Dry periods heighten demand as farmers rely on water-soluble fertilizers to boost crop resilience and yields.
• Rainy Season: Rapid growth during rainy periods temporarily elevates demand, though this often declines after seasons change.
• Extreme Weather: Short-term spikes in demand occur due to nutrient losses, but these are rarely sustained.

3. Market Supply and Demand

• Undersupply: In tight markets, manufacturers raise prices to maximize profits, attracting buyers despite higher costs.
• High Demand: Surging market interest may lead to expanded production, potentially lowering prices through economies of scale.
• Price Competition: Intense competition could drive discounts, boosting sales volumes and market share.

4. Agricultural Technology Advancements

• New Product Development: Innovative water-soluble fertilizers with improved efficiency or environmental benefits often spark increased demand during peaks.
• Technological Upgrades: Advances like precision farming or automated applicators enhance the appeal of water-soluble fertilizers, driving peak-season adoption.

5. Policies and Subsidies

• Government Support: Subsidies for water-soluble fertilizers can incentivize farmers to prioritize them during peak seasons.
• Policy Reforms: Increased subsidies for efficient fertilizers may amplify peak-season demand.

The off-peak and peak seasons for water-soluble fertilizers are shaped by a mix of factors, including crop cycles, weather, market dynamics, technological progress, and policy influences. Understanding these patterns helps optimize agricultural planning and resource allocation.