Historical Overview Of Madagascar’s Harvested Spice Area

Madagascar’s harvested area for anise, badian, coriander, cumin, caraway, fennel, and juniper berries has experienced notable changes during the 2014–2023 period. The Madagascar Anise Badian Coriander Cumin Caraway Fennel And Juniper Berries Raw Area Harvested dataset shows that harvested area stood at 44 hectares in 2014. It subsequently declined to 33 hectares in 2015 before reaching 77 hectares in 2016, the highest level reported during the decade. The area then decreased to 50 hectares in 2017 and increased moderately to 53 hectares in 2018. Another rise followed in 2019, taking harvested area to 60 hectares. In 2020, the figure declined to 55 hectares before recovering to 56 hectares in 2021. The area reached 57 hectares in 2022 and remained close to that level at 56 hectares in 2023. Overall, the latest figure was 27% higher than the 2014 level.

Significant Fluctuations Across The Reported Decade

The historical series demonstrates that Madagascar’s harvested area for these spice crops did not develop along a consistent upward or downward path. The most substantial early movement occurred between 2014 and 2016. After beginning at 44 hectares in 2014, the area dropped to 33 hectares in 2015, representing a 25% decline. In 2016, however, harvested area surged to 77 hectares, an increase of approximately 133% from the preceding year. This was the highest observation in the available series. The following year brought another substantial adjustment, with the area falling to 50 hectares. From 2017 onward, the figures became comparatively more concentrated around the 50–60-hectare range. Harvested area increased to 53 hectares in 2018 and 60 hectares in 2019. The subsequent decline to 55 hectares in 2020 was followed by values of 56, 57, and 56 hectares from 2021 through 2023. These changes illustrate why annual observations should be examined together rather than interpreted independently.

Agricultural Conditions Can Affect Harvested Area Patterns

Changes in harvested area can reflect numerous agricultural and economic considerations, although the Wantstats dataset does not establish a specific cause for each annual movement. Farmers may adjust cultivation decisions according to crop profitability, available farmland, weather conditions, production costs, labor availability, agricultural practices, and expectations regarding future demand. The Madagascar series illustrates how such indicators can experience substantial percentage changes when the underlying area is relatively small. For example, the movement from 33 hectares in 2015 to 77 hectares in 2016 represents a very large percentage increase, while the absolute difference was 44 hectares. Wantstats specifically advises readers to focus on the overall shape of the series rather than placing excessive emphasis on individual annual movements. The source also notes that cross-national agricultural statistical series can combine survey information with modeled estimates for gaps between observations. Consequently, the figures are useful for identifying historical patterns, but individual annual values should be interpreted as directional evidence rather than as perfectly precise measurements of agricultural activity.

Recent Data Shows Relative Stability In Harvested Area

The final years of the series indicate that Madagascar’s harvested area for these crops became comparatively stable after the larger fluctuations observed earlier. Following 60 hectares in 2019, the area declined to 55 hectares in 2020. This was followed by a modest increase to 56 hectares in 2021 and another rise to 57 hectares in 2022. In 2023, harvested area eased slightly to 56 hectares. Despite the small year-to-year changes during the latest period, the 2023 level remained 12 hectares above the 2014 starting point. This represents an overall increase of approximately 27%. At the same time, the 2023 figure remained 21 hectares below the 2016 peak of 77 hectares. Therefore, the latest data can be characterized by relative stability rather than a return to the maximum level recorded earlier in the decade. The recent pattern may be useful for agricultural researchers examining whether cultivation has settled into a more consistent range following the exceptional movements recorded between 2014 and 2017.

Statistical Data Supports Agricultural Research And Planning

Madagascar’s harvested-area statistics provide useful historical information for researchers, agricultural organizations, food businesses, and analysts examining spice and specialty-crop cultivation. Across 2014–2023, the reported area ranged from 33 hectares in 2015 to 77 hectares in 2016. By 2023, the area stood at 56 hectares, representing a 27% increase compared with 44 hectares in 2014. These figures can be examined alongside production volumes, crop yields, weather conditions, agricultural inputs, prices, exports, and other indicators to develop a broader understanding of the sector. Businesses involved in spice processing, agricultural supply, distribution, and food production can also use historical area data as one component of supply analysis. However, the Wantstats source emphasizes that the series should be treated as a collection of historical observations rather than a direct forecast. The data is sourced from the Food and Agriculture Organization and Wantstats Repository. Its value therefore lies in providing a structured historical reference for understanding changes in Madagascar’s cultivated agricultural landscape.

Frequently Asked Questions

What was the harvested area in Madagascar in 2023?
The harvested area was 56 hectares in 2023.

When was the highest harvested area recorded?
The highest reported area was 77 hectares in 2016.

What was the lowest harvested area during the period?
The lowest figure was 33 hectares in 2015.

How did the area change from 2014 to 2023?
It increased from 44 hectares to 56 hectares, representing roughly 27% growth.

What are the data sources?
The dataset cites the Food and Agriculture Organization and Wantstats Repository.