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The dried fruit market is a complex landscape influenced by various factors such as climatic conditions, supply and demand dynamics, and global trade policies. Understanding historical pricing data is not only crucial for analyzing past market behavior but also serves as a foundational tool for forecasting future price trends. Accurate price forecasting can help businesses make strategic decisions, optimize inventory, and plan financial budgets. In this article, we’ll explore the data sets needed to forecast dried fruit prices effectively and discuss the transition to AI-driven machine learning models.
This data includes historical prices of dried fruits over specific periods, highlighting patterns such as seasonality, cyclical price changes, and long-term trends. For example, analyzing price time series data for dried grapes might reveal that prices typically peak in late summer due to increased demand for back-to-school snacks and fall during harvest periods when supply is abundant. These insights help businesses predict seasonal price fluctuations and plan their buying or selling strategies accordingly.
Historical data on supply volumes (such as harvest sizes and production yields) and demand metrics (like consumption rates and export/import levels) are essential. For instance, during a period of poor harvest due to adverse weather conditions, there may be a shortage in the supply of dried apricots. This shortage historically led to a spike in prices, as seen in 2019 when Turkish apricot crops were affected by frost. By understanding these past events, businesses can forecast how similar supply shortages might impact future pricing.
Dried fruit production is highly sensitive to climatic conditions, making historical weather data—such as temperature, rainfall, and drought patterns—crucial for forecasting. For example, in 2018, a severe drought in California significantly reduced grape yields, which in turn drove up the price of raisins. Knowing this, businesses can anticipate potential price spikes during drought forecasts and plan their procurement strategies to avoid paying higher prices.
Macroeconomic factors like inflation rates, currency exchange rates, and economic growth data influence consumer purchasing power and global trade flows, impacting dried fruit prices. By analyzing historical data on these economic indicators, businesses can anticipate pricing dynamics during economic downturns or periods of inflation.
Changes in trade policies, tariffs, and import/export restrictions have a significant impact on dried fruit prices. For example, the imposition of tariffs on Turkish apricots by a major importing country could lead to a decrease in demand, thereby lowering prices. Conversely, the removal of such tariffs might lead to increased exports and higher prices. Historical data on these trade policy changes helps businesses forecast how new policy shifts might influence future prices.
Prices of related commodities, such as fresh fruits, nuts, or other dried fruits, can also affect dried fruit pricing. For instance, if the price of fresh grapes increases significantly due to a bad harvest, the cost of producing raisins (dried grapes) will also rise. Similarly, if there is a shortage of another snack fruit like almonds, demand for raisins might increase, driving up their prices. Historical cross-commodity price data allows businesses to identify these correlations and develop more comprehensive forecasting models.
While advanced AI and machine learning techniques offer powerful tools for price forecasting, not all businesses may have the resources or expertise to develop such complex models. However, creating effective price forecasts for dried fruits doesn’t necessarily require sophisticated AI models. Businesses can still develop simplified yet reliable forecasts using a combination of fundamental, technical, and economic indicators.
These indicators include supply and demand data, production volumes, weather forecasts, and harvest reports. By tracking these fundamental factors, businesses can gauge the availability of dried fruits and anticipate potential price changes. For example, knowing that a poor harvest is expected due to adverse weather conditions can help predict a price increase. Regularly monitoring reports from agricultural agencies like the USDA or trade associations can provide valuable data on these fundamental indicators.
Technical analysis involves studying historical price movements and trading volumes to identify trends and patterns. Simple technical tools like moving averages or price charts can help businesses detect cyclical price movements and market trends. For example, by plotting historical prices of dried grapes over time, businesses can identify patterns such as seasonal peaks and troughs, allowing them to predict when prices might rise or fall in the future.
Macroeconomic factors such as inflation rates, currency exchange rates, and economic growth can significantly impact dried fruit prices. Understanding the broader economic context can help businesses anticipate shifts in consumer demand or changes in export and import flows that affect prices. For instance, during periods of high inflation, consumer spending power decreases, potentially leading to a reduction in demand for non-essential goods like dried fruits. Monitoring economic reports and market news can help incorporate these broader trends into price forecasts.
For businesses looking to create a more nuanced forecast, combining these fundamental, technical, and economic indicators can provide a more comprehensive picture of the market. For example, integrating weather forecasts with historical price patterns and economic indicators can offer a more balanced view of future price movements. Tools like Microsoft Excel or Google Sheets can be effective for combining these data sources into a single, manageable forecast model.
There are also simplified forecasting tools available, such as spreadsheet-based models or basic forecasting software, that do not require in-depth technical knowledge. These tools allow businesses to input various data points and automatically generate simple forecasts based on historical data and trends.
By focusing on these simplified methods, businesses can still create effective price forecasts without needing to delve into the complexities of AI and machine learning. For those seeking even more precise and advanced forecasting, platforms like Vesper offer ready-to-use models that integrate a broader range of data and provide highly accurate predictions, enabling businesses to make more informed decisions in the dynamic dried fruit market.
Unlike simpler forecasts that often depend solely on fundamental, technical, and economic indicators, Vesper’s machine learning model goes beyond by integrating these elements with machine-derived technical indicators. These unique indicators are generated directly by the model, capturing complex patterns and relationships that are not easily detected through conventional analysis.
Moreover, Vesper’s model also examines historical price trends and analyzes correlations with over 4,000 different commodity price series within its extensive database. This level of sophisticated analysis is possible only through machine learning, making Vesper’s forecasts notably more precise and dependable.
This comprehensive approach results in highly accurate price predictions. For instance, Vesper’s forecast for dried grapes (Grapes, Dry USDA) demonstrates a 97% accuracy rate over the past six months, as shown in the figure below.
The forecast predicts an upward trend in dried grape prices through mid-2024, with the shaded area representing the most likely value range. This level of accuracy provides businesses with the confidence to make informed decisions regarding purchasing, inventory management, and pricing strategies.
A procurement manager for a food manufacturing company or a retailer can leverage Vesper’s forecast data to optimize purchasing strategies. If Vesper’s model predicts a price increase for dried grapes in the coming months, the buyer might purchase larger quantities at the current lower prices to mitigate future cost increases. This proactive strategy helps secure favorable pricing, maintain consistent inventory levels, and prevent potential supply shortages. Additionally, with Vesper’s highly accurate forecasts, buyers are better positioned to negotiate favorable terms with suppliers, backed by reliable data.
Dried fruit wholesalers or producers can use Vesper’s forecast data to adjust their pricing and inventory strategies. If the forecast shows a rising trend in prices, a seller might opt to hold onto their stock longer to benefit from higher prices in the near future. Alternatively, sellers could lock in forward contracts at favorable rates based on anticipated price increases. By utilizing Vesper’s forecasts, sellers can better anticipate market demand, adjust their supply levels, and maximize profit margins.
Vesper’s AI-powered forecasting models provide a significant advantage for both buyers and sellers, allowing them to navigate the complexities of the dried fruit market more effectively. By combining diverse data sets and leveraging advanced machine learning techniques, Vesper offers a powerful tool for making data-driven decisions in a competitive market. Try Vesper’s forecasts for free.
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