An analysis of the Central Bank of Sri Lanka’s Agriculture Sector Data Bulletin – July 2026
Sri Lanka’s agricultural sector entered the second half of 2026 with a mixed and increasingly complex outlook. The latest Agriculture Sector Data Bulletin of the Central Bank of Sri Lanka (CBSL) shows that agriculture is being shaped simultaneously by domestic production conditions, weather variability, input availability, consumer prices, international commodity markets and export demand.
The headline concern is the projected decline in paddy production. The 2026 Yala crop is forecast at 2.01 million metric tonnes, down 12.8% from the previous Yala season, while total paddy production for 2026 is projected at 4.83 million metric tonnes, a 2.4% decline from 2025. At the same time, tea and rubber showed signs of short-term recovery in June, while fish production continued to contract and coconut output weakened. Export agriculture provided a more positive story, with stronger spice export earnings and higher prices for several crops.
Taken together, the data suggest that Sri Lanka’s agricultural economy is not experiencing a uniform expansion or contraction. Rather, it is undergoing a sector-by-sector adjustment, with food security, farmer incomes, consumer prices, export earnings and global commodity exposure moving in different directions.
Paddy: The Most Important Domestic Warning Signal
Paddy remains the most consequential component of Sri Lanka’s agricultural economy from a food-security perspective. The latest production estimates indicate a significant reversal from the strong performance recorded during 2025.
Paddy production rose from 4.51 million tonnes in 2023 to 4.70 million tonnes in 2024 and 5.05 million tonnes in 2025, representing a 7.6% increase in 2025. The increase was particularly strong during the Yala season, when production rose from 1.98 million tonnes in 2024 to 2.31 million tonnes in 2025, an increase of 16.8%.
The 2026 outlook is substantially different.
The Yala crop is estimated at 2.01 million tonnes, down 12.8% year-on-year. Consequently, the estimated annual production of 4.83 million tonnes would be approximately 220,000 tonnes below the 2025 level.
This decline deserves attention beyond the agricultural sector itself. Paddy output directly influences:
- domestic rice availability;
- rice import requirements;
- retail rice prices;
- farmer incomes;
- food inflation;
- foreign-exchange requirements for food imports; and
- the government’s management of food security.
The bulletin also shows a close relationship between domestic production and rice-market intervention. Rice imports declined in July 2026 following the end of the temporary relaxation of import restrictions.
This creates an important policy challenge. A decline in domestic production at the same time as import restrictions are tightened can increase the importance of inventory management and domestic supply conditions. The economic impact will ultimately depend on how much rice is available in stocks, the timing of the next harvest, import policy and international prices.
Prices add another layer
The rice section of the bulletin tracks both Samba and Nadu retail prices, together with imports and the FAO rice price index. This is significant because domestic rice prices are not determined solely by local harvest volumes. Import availability, international prices and policy restrictions can all influence the domestic market.
The policy question, therefore, is not simply whether Sri Lanka produces enough paddy. It is whether production, stocks, imports and prices can be coordinated sufficiently to maintain food availability without creating unnecessary pressure on consumers or the external account.
Plantation Agriculture: A Mixed Recovery
The plantation economy presents a more nuanced picture. Tea and rubber both recorded positive monthly developments in June, but cumulative production remained under pressure.
Tea: June Recovery Does Not Yet Reverse the Six-Month Decline
Domestic tea production increased 3.9% year-on-year in June 2026, following three consecutive months of year-on-year declines. On a seasonally adjusted basis, June production also increased 3.6% month-on-month.
However, the cumulative picture remains weaker.
Tea production during January-June 2026 stood at 131.2 million kg, compared with 135.8 million kg during the corresponding period of 2025, representing a 3.3% decline.
The weakness was concentrated in medium- and low-grown tea:
| Tea category | 2025 Jan-Jun | 2026 Jan-Jun | Change |
|---|---|---|---|
| High grown | 30.5 mn kg | 30.5 mn kg | +0.2% |
| Medium grown | 25.5 mn kg | 24.3 mn kg | -4.6% |
| Low grown | 79.9 mn kg | 76.4 mn kg | -4.3% |
| Total | 135.8 mn kg | 131.2 mn kg | -3.3% |
This distinction is important. The June rebound indicates that production conditions can improve relatively quickly, but the cumulative figures show that the sector has not yet fully recovered from earlier weakness.
The price environment provides some support. The bulletin reports that global tea prices increased in August 2026 compared with the previous month, while Colombo and Mombasa auction prices recorded slight increases and Kolkata recorded a decline.
For Sri Lanka, therefore, the key issue is increasingly one of volume versus price. If production remains below the previous year’s level, stronger export prices could partly cushion the impact on export earnings, but higher prices cannot indefinitely compensate for declining physical output.
Rubber: A Strong Monthly Rebound, But Production Still Below 2025
Rubber provides another example of why monthly and cumulative data need to be interpreted together.
Domestic rubber production increased 7.0% year-on-year in June 2026, while seasonally adjusted month-on-month production increased by a much stronger 31.8%. The bulletin associates the improvement with better weather conditions.
Yet January-June production was still down:
- Sheet rubber: -17.3%
- Crepe rubber: +2.1%
- Other rubber: +9.3%
- Total rubber: -4.7%
Total production fell from 34.2 million kg in January-June 2025 to 32.6 million kg in the corresponding period of 2026.
This is a crucial distinction for investors and policymakers. A sharp monthly recovery is encouraging, but it does not necessarily mean that the sector has returned to its previous production trajectory.
Meanwhile, global natural rubber prices declined slightly, with the bulletin attributing the movement primarily to the gradual arrival of seasonal production from Southeast Asia and easing supply concerns.
Sri Lanka’s rubber sector is therefore exposed to both domestic supply conditions and international price cycles.
Coconut: A Supply Shortfall with Direct Consumer Implications
Coconut is particularly important because it connects agricultural production directly to household consumption and food prices.
The bulletin reports that coconut production during May-June 2026 declined 8.9% year-on-year. It notes that the decline was partly influenced by a high base in the corresponding period of 2025. The lower production contributed to a slight increase in retail coconut prices in August, while coconut oil prices remained broadly stable.
The January-June figures also show increased industrial processing volumes:
- Desiccated coconut: 20,641 MT, compared with 12,538 MT in January-June 2025;
- Coconut oil: 24,979 MT, compared with 15,978 MT;
- Local consumption: 800 million nuts, compared with 685 million.
This combination illustrates the complexity of the coconut economy. Production, domestic consumption, processing and export-oriented products can move differently.
International coconut oil prices also continued to decline in August 2026 compared with previous months.
For Sri Lanka’s coconut industry, therefore, the challenge is not simply increasing the number of nuts produced. It is managing the allocation of a variable crop between domestic consumption, processing and export markets while maintaining farmer incentives.
Fisheries: Climate and Fuel Costs Converge
The fisheries sector presents one of the clearest examples of how environmental and economic pressures can reinforce each other.
Marine fish production declined 11.3% year-on-year in June 2026, with the bulletin identifying rising sea-surface temperatures and higher fuel prices as contributing factors.
The available data show marine fish production of 308,000 tonnes in both 2024 and 2025, while January-June 2026 production was reported at 128.6 thousand tonnes.
The impact is not limited to fishermen.
Retail fish prices remained elevated even though prices of some varieties recorded slight declines. The bulletin specifically tracks Kelawalla and Salaya, showing significant volatility in retail prices over the longer period.
This means fisheries are simultaneously:
- a food-security issue;
- an income issue for fishing communities;
- a fuel-cost issue;
- a climate-exposure issue; and
- an inflation issue.
The removal of inland fish production data from the bulletin because of unavailable data since January 2026 is also a reminder of the importance of timely agricultural statistics for policy decisions.
Vegetables: Production Is Increasing in Some Crops, But Prices Remain Volatile
The vegetable sector is one of the most diverse components of Sri Lanka’s food economy.
The bulletin records production data across a broad range of crops including tomatoes, cabbage, carrot, beetroot, radish, beans, luffa, okra, brinjal, cucumber, red pumpkin, ash plantain and long bean.
The data show that production movements differ significantly by crop.
For example, the 2025/26 Maha forecast indicates:
- Tomato production: 42,849 MT
- Cabbage: 50,736 MT
- Carrot: 34,711 MT
- Beans: 47,267 MT
- Brinjal: 63,809 MT
- Red pumpkin: 49,243 MT
At the same time, some crops recorded declines, including luffa, cucumber and ash plantain.
The accompanying retail-price charts demonstrate why production volumes alone cannot explain consumer prices. Seasonal movements, transport costs, market arrivals, regional supply differences and perishability can create substantial price volatility even when aggregate production appears adequate.
This is an area where improvements in storage, transportation and market information could potentially be as important as increases in farm-level output.
Other Field Crops: Import Dependence Remains Significant
Sri Lanka’s dependence on imported food commodities remains evident in the data.
During January-July 2026, imports of selected commodities were:
- Dhal: 154,514 MT
- Potato: 110,390 MT
- Big onion: 178,154 MT
The corresponding 2025 January-July figures were 135,677 MT, 111,702 MT and 188,580 MT respectively.
The production data also reveal sharp differences across crops. Maize production, for example, is forecast at 370,509 MTfor the 2025/26 Maha season, while green chilli is forecast at 71,421 MT.
The relationship between domestic production and imports is strategically important. Increasing local production can reduce import dependence in some crops, but agricultural policy must also consider productivity, comparative costs, climate suitability and the stability of domestic supply.
The objective should not necessarily be complete import substitution across every agricultural commodity. Rather, the economic question is where domestic production can be competitive and reliable enough to reduce external vulnerability.
Sugar: Global Supply Conditions Are Becoming More Important
Sugar illustrates Sri Lanka’s exposure to international agricultural markets particularly clearly.
Domestic sugar production fell from 26,607 MT in January-June 2025 to 25,542 MT in January-June 2026. Sugar imports also declined from 392,127 MT during January-July 2025 to 364,195 MT during January-July 2026.
At the same time, international sugar prices increased in August 2026.
The bulletin attributes the international price increase to tighter global supply prospects associated with hot and dry weather in the European Union, El Niño-related conditions in Asia and lower sugar production in Brazil. It also notes that India’s sugar export ban remained in effect until the end of September 2026.
For Sri Lanka, this means that international supply disruptions can quickly become domestic economic variables.
A country with significant import dependence on food commodities is exposed not only to global prices but also to export restrictions imposed by major producing countries.
Livestock: Consumer Prices and Producer Costs Move in Different Directions
The livestock data reveal another important economic relationship: the price paid by consumers is not necessarily equivalent to the margin available to producers.
Egg production declined from 305 million eggs in June 2025 to 297 million in June 2026. Chicken production stood at 25,000 tonnes in June 2026, compared with 24,000 tonnes a year earlier.
Egg prices increased:
- White egg: Rs.36.2 per egg in June 2026, compared with Rs.33.3 in June 2025;
- Red egg: Rs.38.3, compared with Rs.36.6.
Chicken prices, however, were Rs.1,271.6 per kg, below the Rs.1,282.3 recorded in June 2025.
Production costs remained substantial. The cost of producing an egg was estimated at Rs.32.3–34.5, while chicken production cost was Rs.879.1 per kg.
Feed prices remain an important component of the equation. Soybean meal increased from Rs.180.6/kg in June 2025 to Rs.221.9/kg in June 2026, while maize increased from Rs.160.3 to Rs.174.0.
This demonstrates the transmission mechanism from international commodities to domestic food prices: feed costs affect livestock production costs, which affect producer margins and ultimately influence consumer prices.
Export Agriculture: A Bright Spot Amid Wider Production Pressures
One of the most encouraging elements of the bulletin is the performance of export-oriented agriculture.
In August 2026, market prices of several export crops—including pepper, coffee, cocoa, nutmeg, cinnamon, ginger and turmeric—increased month-on-month, while cardamom and clove prices declined.
More importantly, the bulletin reports strong year-on-year growth in spice export earnings in August, mainly driven by a significant increase in pepper exports.
This is strategically important for Sri Lanka.
Unlike food crops primarily consumed domestically, export agriculture can generate foreign exchange while creating rural incomes. The data therefore suggest an opportunity to strengthen higher-value agricultural exports rather than focusing exclusively on traditional bulk commodities.
Cinnamon is particularly notable in the bulletin’s price charts, which show a substantial long-term increase in farmgate/producer prices through 2026.
The broader opportunity is to move further up the agricultural value chain—from raw commodities towards processed, branded and differentiated products.
Agricultural Inputs: Import Trends Point to a Structural Vulnerability
The agricultural sector cannot be assessed solely by looking at crop production. The availability and cost of seeds, fertilizer and other inputs determine the productive capacity of the sector.
The bulletin shows a marked decline in several agricultural-input imports during January-July 2026 compared with the corresponding period of 2025.
For example:
| Input | 2025 Jan-Jul | 2026 Jan-Jul |
|---|---|---|
| Vegetable seeds | 110 MT | 82 MT |
| Potato seed | 100 MT | — |
| Plants & parts | 3,130 MT | 4,080 MT |
| Live trees/other plants | 534,000 | 642,000 |
| Urea | 154,000 MT | 122,000 MT |
| Other nitrogenous fertilizer | 55,000 MT | 31,000 MT |
| Phosphatic fertilizer | 16,000 MT | 2,000 MT |
| Potassic fertilizer | 56,000 MT | 42,000 MT |
| Other fertilizer | 19,000 MT | 19,000 MT |
These figures should not automatically be interpreted as evidence of an agricultural supply crisis because import volumes can be affected by inventories, seasonal requirements, domestic production, prices and procurement timing.
Nevertheless, they demonstrate that Sri Lanka’s agricultural production system remains closely connected to imported inputs.
This creates an important policy dilemma: improving agricultural productivity requires adequate input availability, but excessive dependence on imported inputs exposes farmers to exchange-rate movements and international commodity-price shocks.
The Global Factor: Agriculture Is Becoming More Exposed to Commodity Cycles
Perhaps the most important message from the final pages of the bulletin is that Sri Lanka’s agricultural conditions cannot be separated from global markets.
The FAO Food Price Index increased in August 2026, with price indices rising across cereals, meat, dairy products, vegetable oils and sugar.
International fertilizer prices also remain an important variable, with the bulletin tracking urea, TSP, DAP and potassium chloride prices over the longer term.
This creates a two-way transmission mechanism.
Global markets affect Sri Lanka through:
1. Food imports
Higher international food prices increase the domestic cost of imported commodities.
2. Agricultural inputs
Higher fertilizer and feed prices increase production costs.
3. Export commodities
Higher tea, rubber and spice prices can increase export earnings.
4. Exchange-rate transmission
Changes in the rupee value of imported commodities affect domestic prices.
5. Global supply shocks
Weather events and export restrictions in major producing countries can influence Sri Lankan food prices.
Sri Lanka therefore needs to manage agriculture not simply as a domestic production sector but as part of an increasingly integrated global commodity system.
What the Data Say About Food Inflation
The bulletin does not provide a single agricultural-inflation measure, but the individual components reveal several potentially inflationary pressures.
Paddy production is projected to fall. Coconut production has declined. Marine fish production is falling while retail fish prices remain elevated. Livestock feed costs have increased. International sugar prices are rising. Meanwhile, vegetable prices continue to exhibit substantial seasonal volatility.
This does not mean that broad food inflation must necessarily accelerate. Imports, inventories, improved production in individual crops and changes in international prices can offset domestic supply pressures.
But the composition of the data indicates that food-price stability will depend increasingly on supply management rather than on production alone.
Climate Is Emerging as an Economic Variable
Another consistent theme running through the bulletin is climate exposure.
The fisheries section explicitly links lower production to rising sea-surface temperatures. Rubber production is associated with improved weather conditions. International sugar prices have been affected by adverse weather conditions across major producing regions.
Agriculture therefore increasingly represents a form of climate-sensitive economic infrastructure.
The consequences extend beyond farmers:
Weather affects production; production affects prices; prices affect household purchasing power; and agricultural export volumes affect foreign-exchange earnings.
This makes climate resilience an economic policy issue as much as an environmental one.
The Investment Perspective
For investors, the bulletin highlights several different transmission channels.
Food producers
Companies involved in food production could face different conditions depending on their exposure to domestic agricultural supply, imported inputs and consumer prices.
Plantation companies
Tea and rubber companies face the combined effects of production volumes, global commodity prices, weather conditions and labour/productivity factors.
Food manufacturers
Companies processing agricultural commodities face margin pressures when raw-material prices rise faster than their ability to pass costs through to consumers.
Importers and distributors
Companies dependent on imported agricultural commodities remain exposed to international prices, shipping conditions and currency movements.
Exporters
Spice and other export-agriculture businesses can benefit when international demand and prices rise, particularly where Sri Lanka possesses established export capabilities.
Financial institutions
Agricultural production conditions can affect rural credit quality, working-capital requirements and demand for agricultural finance.
The data therefore suggest that investors should avoid treating “agriculture” as one homogeneous investment theme.
The Policy Challenge: Productivity, Resilience and Market Efficiency
The figures point towards several areas that are economically significant.
1. Raise productivity rather than simply expand cultivated area
The projected decline in paddy production demonstrates the importance of productivity, irrigation efficiency, seed quality, mechanisation and post-harvest management.
2. Improve agricultural market infrastructure
Vegetable and fish price volatility highlights the importance of storage, cold chains, transportation and market information.
3. Strengthen climate resilience
Agriculture increasingly needs investment in climate-resilient varieties, irrigation, water management and improved forecasting.
4. Reduce unnecessary input vulnerability
The sharp movements in fertilizer and feed-related costs demonstrate the importance of maintaining predictable access to essential agricultural inputs.
5. Develop export agriculture
The strong performance of spice export earnings illustrates the potential for agriculture to contribute more substantially to foreign-exchange earnings.
6. Improve agricultural statistics
The absence of inland fish production data since January 2026 illustrates how gaps in timely data can complicate economic policy and market analysis.
The Bigger Economic Picture
The most important conclusion from the July 2026 Agriculture Sector Data Bulletin is that Sri Lanka’s agricultural economy is entering a period in which resilience may matter as much as output growth.
The country recorded strong paddy production growth in 2025, but the 2026 forecast points to a decline. Tea and rubber showed encouraging monthly recoveries, yet their cumulative production remained below the previous year’s level. Coconut output weakened, marine fisheries contracted, while export agriculture offered a stronger performance. At the same time, international food and fertilizer markets were becoming more influential.
The central economic issue is consequently broader than agricultural production.
Sri Lanka needs an agricultural system capable of producing sufficient food, generating competitive export earnings, protecting farmer incomes and absorbing global and climate-related shocks without transmitting excessive volatility to consumers.
That requires a shift from viewing agriculture principally as a production activity towards viewing it as an integrated economic system linking farmers, consumers, exporters, importers, manufacturers, energy markets, financial markets and global commodity markets.
The data also demonstrate why agricultural policy cannot be judged through a single indicator. A decline in one crop may coexist with an increase in another; higher export prices can offset lower production volumes; lower international prices can benefit consumers while hurting producers; and increased domestic production can still coexist with substantial imports.
The emerging picture is therefore one of divergence rather than uniform weakness.
For policymakers, the challenge is to identify where temporary fluctuations end and structural trends begin. For businesses, the priority is understanding exposure to commodity, climate and input-price cycles. For investors, the opportunity lies in identifying companies and value chains that can manage these risks while benefiting from productivity improvements and higher-value agricultural exports.
And for the broader economy, the message is straightforward: the performance of agriculture in 2026 will matter not only to farmers, but also to food prices, household purchasing power, inflation, exports, the trade balance and Sri Lanka’s wider economic resilience.
Source: Central Bank of Sri Lanka, Economic Research Department, Agriculture Sector Data Bulletin – July 2026. The bulletin notes that figures for 2024 and 2025 in the data summary are highly provisional.
