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About Time in Morocco

In Tafilalet, Forty-Five Minutes of Water Could Be a Property Right

In the oases of southeastern Morocco, water was historically divided through time with a precision that could determine who irrigated, for how long and in what order. The underground channels known as khettaras brought groundwater toward fields by gravity, but the flow itself was shared among users according to inherited water rights.

A common unit in the Tafilalet system was the Nouba or Fardia, representing about twelve hours during which a shareholder could use the entire flow of a khettara. The right could be inherited, sold or rented, which meant that access to water was expressed partly as ownership of time.

Shorter intervals were measured with a device called the Tanast. It was a pierced bowl placed on water. As the bowl slowly filled and sank, one measuring interval elapsed. Research on surviving khettara practice records a typical Tanast interval of roughly forty-five minutes.

Each sinking could be counted physically. Knots were made to record how many intervals had passed and therefore how much of a user's water share had been consumed. In other places, the length of a shadow at the entrance to the settlement could help estimate the duration of a turn.

The method solved a practical problem. Measuring the exact volume flowing through a traditional earthen channel would have been difficult because discharge changes. Dividing the full flow by duration was easier. One person received the water for a known interval, then the next person took over.

Modern watches have largely replaced the floating bowl. Researchers report that contemporary distribution is now commonly stated directly in hours and minutes. The measuring technology changed, but the underlying principle did not: in parts of Morocco, water rights are still fundamentally rights to a piece of time.

Fez Built Water Clocks Because Prayer Time Could Not Wait for Clear Skies

Medieval Fez developed a specialized profession around determining time accurately enough for daily religious life. The muwaqqit, or mosque timekeeper, used astronomy and instruments to establish prayer times from the Sun and stars.

At al-Qarawiyyin, a dedicated chamber known as the Dar al-Muwaqqit housed instruments for that work. Astrolabes, sundials and water clocks allowed the timekeeper to continue calculating the day even when the sky itself was not an easy clock.

A water clock was built there in 1286-1287 by Muhammad ibn al-Habbak. Historical descriptions present it as a device capable of indicating time during day or night and even under cloud, when direct solar observation was impossible.

Another hydraulic clock replaced or supplemented the earlier system in 1317-1318. By the fourteenth century, Fez had accumulated several generations of mechanical and hydraulic attempts to turn continuously flowing water into a reliable measure of passing hours.

The most visually ambitious survivor is Dar al-Magana, constructed opposite the Bou Inania Madrasa in the fourteenth century. Its facade still preserves rows of openings and projecting supports that once held metal bowls. The internal mechanism no longer survives in working condition, so modern reconstructions remain partly hypothetical.

Scholars generally interpret the device as a hydraulic clock in which water, floats, weights and pulleys gradually triggered successive displays or sounds. The important point is not the exact arrangement of every missing gear or rope. Fez was building public machines specifically to make time observable without depending only on sunlight.

These clocks belonged to a world in which hours could also be unequal. Daylight and darkness could each be divided into twelve parts, making the length of an hour change with the season. A summer daytime hour and a winter daytime hour therefore did not necessarily contain the same number of modern minutes.

Modern civil time solves that problem by making every hour equal. Medieval Fez solved a different problem: determining the correct stage of the daily solar and religious cycle in a city where time had to be known even when clouds hid the sky.

An Argan Fruit Can Take Sixteen Months to Finish What Flowering Started

The argan tree of southwestern Morocco does not fit neatly into a one-year flowering and harvest calendar. Research by Moroccan agronomists has shown that fruit development can last from about nine to sixteen months.

That means one tree can carry the biological history of more than one season at the same time. Flowers and newly formed fruit from the current cycle may coexist with older fruit that began developing during the previous year.

Researchers studying trees at Aït Melloul, Argana and Aït Baha identified several phenological types. Early trees begin flowering in autumn, broadly from October to December. Their mature fruit may not begin falling until late April or early May roughly sixteen months later.

Late trees follow another schedule. They may begin flowering around February and March, with mature fruit falling as late as August of the following growing cycle. Intermediate trees spread flowering across much of the wetter season and mature their fruit between spring and summer.

Some individual trees make the chronology even more complicated. Studies found trees carrying two generations of fruit at once, while trees with two flowering periods could carry as many as four distinct fruit generations simultaneously.

Rainfall during one year can therefore affect fruit harvested much later. Agronomic observations found that optimal production depended partly on receiving sufficient autumn rain during the long maturation cycle. Hotter and drier conditions also increased defoliation.

The argan harvest is consequently the visible end of a much longer clock. A fruit collected in summer may have begun its development more than a year earlier and may have passed through two rainy seasons, a dry summer and another spring before finally reaching maturity.

Morocco Kept UTC+1 for Most of the Year, Then Ramadan Repeatedly Removed an Hour

In October 2018, Morocco changed from a seasonal daylight-saving system to a much more unusual arrangement. Decree No. 2.18.855 established GMT+1 as the country's stable legal time rather than returning to GMT after the summer.

The government still preserved one major exception. During Ramadan, clocks could be moved back by sixty minutes to GMT and then advanced again after the month ended.

The result produced a clock cycle tied not to spring and autumn but to the Islamic lunar calendar. Ramadan moves through the Gregorian year by roughly eleven days annually, so Morocco's one-hour change also moved through the seasons.

In 2025, for example, the government ordered clocks back by sixty minutes at 03:00 on 23 February. At the end of Ramadan, sixty minutes were added again at 02:00 on 6 April.

The 2026 sequence moved earlier. Morocco returned to GMT at 03:00 on 15 February and restored GMT+1 at 02:00 on 22 March. A time-zone transition that once would have been associated with summer had therefore become attached to a religious month capable of occurring in winter.

This arrangement created a technical challenge for international software. The rule could not be represented permanently as "last Sunday in March" or another fixed European-style formula because Ramadan itself follows the lunar calendar and the government issues the exact transition dates.

The system is now reaching another turning point. Decree No. 2-26-530 of 25 June 2026 orders Morocco to return to GMT at 02:00 on 20 September 2026 by moving clocks back sixty minutes. The same decree repeals the 2018 GMT+1 arrangement from that date.

Morocco's recent clock history is therefore unusually dynamic: seasonal DST, then near-permanent UTC+1 with an annual Ramadan rollback, and now a legally scheduled return to GMT as the underlying standard. The Sun did not change its rhythm. The legal relationship between civil time, commerce and the lunar religious calendar did.

Moroccan Law Measures Farm Work by the Year Instead of Forcing Every Week to Look the Same

Morocco's Labour Code recognizes that agricultural work does not naturally fit the same weekly schedule throughout the year. Article 184 therefore defines normal agricultural working time as 2,496 hours per year.

Those hours are distributed across periods according to the needs of crops. The daily duration can vary under regulations set for agricultural activities rather than requiring every week of planting, maintenance and harvest to contain exactly the same number of hours.

Non-agricultural work uses a different structure. The statutory normal duration is 2,288 hours per year, corresponding to forty-four hours per week.

That distinction is a legal acknowledgment of seasonal time. A farm can face short windows in which harvesting must be completed quickly, followed by parts of the year when labour demand is substantially lower.

The Code still imposes limits on flexibility. An employer redistributing annual working time in response to temporary business conditions may not make the normal working day exceed ten hours under the relevant provisions.

Agricultural night work is also given exact boundaries in official labour guidance: work between 20:00 and 05:00 is classified as night work for agricultural activities.

The result is a legal calendar designed around biological production rather than pretending every day is interchangeable. Crops mature according to temperature, rainfall and season. Labour law translates that uneven natural schedule into an annual number of permitted working hours.

For Nearly Sixty Years, Morocco's Legal Definition of Time Began with Greenwich

Morocco's modern clock rules still rest on a surprisingly concise legal foundation created in 1967. Royal Decree No. 455-67 defined the legal time of the Kingdom as the mean time of the Greenwich meridian.

The law then added a second possibility: the government could advance that legal time by sixty minutes for part of a year and later restore normal time through another decree.

The first use was immediate. The same 1967 law ordered clocks advanced by one hour beginning at noon on 3 June of that year.

This structure separated two concepts that are often confused. GMT was the legal base. The extra sixty minutes were an administrative layer that could be applied or removed without rewriting the definition of standard time itself.

That architecture survived decades of changing time policies. Morocco used daylight-saving periods, suspended them, restored them, and in 2018 kept the extra hour through most of the year. Yet the 1967 law continued to identify Greenwich mean time as the underlying legal reference.

The distinction becomes especially visible in 2026. The new decree returning the country to GMT on 20 September explicitly refers back to the first article of the 1967 law rather than inventing a new standard from scratch.

A civil clock can therefore change repeatedly while its legal foundation remains almost sixty years old. Morocco's recent history looks like a sequence of different UTC offsets, but legally much of that history can be read as repeated decisions about whether an extra hour should sit on top of the same Greenwich-based reference.

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