Predicting the increase of saffron cultivation area in Markazi province

Predicting the increase of saffron cultivation area in Markazi province, an earlier agricultural report described a plan to expand the crop from 147 to 170 hectares. Its figures reveal both the promise of new fields and the practical checks needed before acreage becomes reliable production.

What the Markazi cultivation plan announced

Ahmad Asadi, identified in the report as deputy director of horticulture at the Jihad Agricultural Organization of Markazi province, said the province was promoting saffron because it suited local conditions and was considered a lower-water crop. Training classes had been held, and horticultural specialists were visiting saffron farms and gardens.

The immediate development target was 20 hectares. Asadi said 15 hectares had already been established and the remaining area was expected to bring the programme to its target. The stored report does not state the interview year, so these numbers should be read as a historical expansion plan rather than the province’s current acreage.

Most field operations were described as manual. That matters because expansion creates a concentrated need for people during planting and, later, during the short flower-picking and stigma-separation period. Acreage should not be increased without a labour plan that matches those peaks.

From 147 hectares toward 170 hectares

Asadi reported 147 hectares of saffron in the preceding year, producing about 360 kilograms of dried saffron. The forecast for the new year was 170 hectares and 700 kilograms.

Those totals imply roughly 2.45 kilograms per hectare for the earlier crop and 4.12 kilograms per hectare for the forecast. The increase in production was therefore expected to come from both more land and a much higher average yield, not from the additional 23 hectares alone.

A forecast should be kept separate from a measured harvest. Field age, corm size and health, planting density, soil, irrigation timing, weather, labour availability and drying losses can all affect the final quantity. A later review would need the actual harvested area and dried output to show whether the 700-kilogram target was reached.

Where the 20 new hectares were planned

The report named Khomein, Mahallat, Delijan and Komijan as the province’s leading saffron areas. It allocated 10 hectares of development to Khomein, four to Komijan, four to Mahallat and two to Delijan.

These district figures total exactly 20 hectares. They are useful for checking the plan, but they do not establish that each plot was planted, remained productive or contributed equally to the harvest. District-level follow-up should record established area, field age, yield and saleable grade.

How many saffron bulbs per hectare?

The original Markazi report used the term “saffron onions,” a literal translation for saffron corms. It said an average of five tonnes of corms would be planted per hectare, meaning the 20-hectare programme would require about 100 tonnes.

It also says “75 hectares of saffron onions” were used in 15 cultivated hectares. That unit cannot describe planting material. At the stated rate, 15 hectares would require 75 tonnes of corms, so tonnes is the internally consistent reading.

There is no reliable universal answer to how many saffron bulbs per hectare because corm weight, spacing, field life and production strategy differ. A 2019 farm study from Gonabad, Iran recorded one to six tonnes per hectare among surveyed farms, averaging 3.17 tonnes, while some growers used denser planting up to seven tonnes. Its estimated level for that study area was 3.2 tonnes per hectare; it should not be copied to Markazi without local agronomic assessment.

Counting corms can be more useful than quoting tonnes alone. A planting record should include total corm weight, number or sample count, size distribution, health status, row and within-row spacing, depth and plot area. Five tonnes of small corms does not create the same stand as five tonnes of large corms.

Corm health and the planting window

Asadi said corms carrying health certificates were transported from Khorasan in coordination with that province. Planting was scheduled from the beginning of September through 6 October.

A certificate should be tied to the actual consignment, supplier and test scope. Receiving records should note lot identity, weight, corm condition and any rejection. Clean handling and separation of lots remain important after delivery; a certificate does not protect corms from damage or contamination in storage.

The reported dates document that programme’s schedule, not a permanent rule for every Iran saffron farm. Soil condition, local temperature, irrigation access and the time needed for establishment should guide a present planting decision with regional advisers.

The old yield, price and income figures

Asadi described an average yield of 3.5 to four kilograms per hectare and a saffron price of 6.5 to seven million tomans per kilogram. He then put income at 28 to 34 million tomans per hectare.

The multiplication does not fully reconcile. Using the stated low and high yield and price points gives gross saffron value of about 22.75 to 28 million tomans per hectare. The higher published income range would require a different yield, price or additional revenue that the report does not identify.

All of these money figures belong to the report’s period and are not current prices. Gross crop value is also not profit. Corms, field preparation, labour, irrigation, inputs, testing, drying, packaging, finance and losses must be deducted, while yield often changes as a perennial field matures.

Water efficiency needs field evidence

The official connected saffron expansion with water scarcity and low water and energy costs. Saffron’s seasonal growth pattern can make it attractive in dry regions, but “low water” should not be read as “no water” or as proof that every new field is efficient.

A responsible comparison records irrigation volume per hectare and per kilogram of saleable dried saffron, not merely the number of irrigations. It also checks the water source, pumping energy, soil moisture, rainfall and yield across the full field life.

If acreage expands while average yield falls or unreliable irrigation damages corms, the programme may use more land and labour without delivering the expected return. The 170-hectare plan therefore needed production and resource records together.

Training and labour determine whether expansion works

The training classes and field experts mentioned by Asadi were not side activities. New growers need practical instruction in plot selection, healthy corm choice, planting, weed and disease observation, harvest timing, rapid stigma separation and controlled drying.

Labour planning should identify who can pick flowers early in the day, how quickly flowers reach a clean separation space and how the harvest remains linked to its plot and date. A larger crop can lose value if the handling system is overwhelmed during a short flowering period.

For the same reason, a provincial target should count functioning farms, not only land allocated on paper. An established field, a harvested field and a productive field are three different measures.

What a current Markazi update should report

A useful follow-up would publish a dated total for planted and bearing area, the age profile of fields, dried output, average and district yields, the amount and size grade of corms planted, irrigation use and the share of saffron meeting sale specifications.

It should also reconcile the plan district by district: 10 hectares in Khomein, four in Komijan, four in Mahallat and two in Delijan. Reporting actual results against that baseline would show whether the predicted increase became durable saffron cultivation in Markazi province.

The old announcement remains informative when its estimates are labelled honestly. It documented a 20-hectare expansion effort, certified corm supply from Khorasan, training and a forecast of 170 hectares and 700 kilograms. The next step is not a larger claim; it is measured evidence from the fields that followed.