A Comparative Analysis of Growth and Productivity: Status of Orange, Large Cardamom and Apple in Arunachal Pradesh

Authors: Alipso Pul
DIN
IJOEAR-JAN-2026-30
Abstract

Arunachal Pradesh, endowed with diverse agro-climatic conditions and rich biodiversity, possesses considerable potential for the cultivation of a wide range of horticultural crops, including fruits, spices, vegetables, ornamental and aromatic plants, medicinal plants, and plantation crops. Among these, three crops—orange, large cardamom, and apple—are extensively cultivated and together account for nearly 59 percent of the total area under horticultural crops in the state. Despite this significance, the production of these crops has shown a consistent decline over the past decade due to various constraining factors, including climate change.

The present study examines the status of orange, large cardamom, and apple in Arunachal Pradesh and compares the state’sperformance with other major producing states in India in terms of growth, productivity, and share in total national production. In addition, district-wise growth trends in area and production within Arunachal Pradesh are analyzed to capture intra-state variations. The study is based on secondary data collected from sources such as the Ministry of Agriculture and Farmers’ Welfare, the Directorate of Horticulture, and published research articles. The analysis covers the period from 2013–14 to 2023–24, while district-level analysis is limited to 2018–19 to 2023–24, subject to data availability. The results reveal that the share of Arunachal Pradesh in the total area and production of all three crops declined considerably during the study period. The state recorded the highest negative growth in both area and production of these crops compared to other major producing states in the country. Moreover, the productivity of orange, large cardamom, and apple in Arunachal Pradesh was found to be among the lowest at the national level. The findings highlight the urgent need for targeted, crop-specific, and region-specific policy interventions to revitalize the horticultural sector in the state.

Keywords
Horticultural crops; Productivity; Growth; Agro-climatic conditions; Arunachal Pradesh
Introduction

Arunachal Pradesh, often referred to as the “Land of the Rising Sun” or “Land of the Dawn-lit Mountains,” is the easternmost state of India and receives the first sunrise in the country. It is the largest state in the North-Eastern region in terms of geographical area, covering 83,743 sq. km. The state lies in the foothills of the Eastern Himalayan mountain ranges and the Patkai hills and is characterized by diverse physiographic features ranging from plains in the foothills to steep mountainous slopes in the middle regions, interspersed with multiple river valleys, and snow-capped peaks at higher elevations. As a result, the state experiences a wide range of climatic conditions, varying from humid sub-tropical climate in the plains to temperate climate in the middle valleys and alpine conditions at higher altitudes. The state receives sufficient annual rainfall, ranging between 2,782 mm and 3,000 mm.

In addition to its varied climatic conditions, Arunachal Pradesh is known for its rich biodiversity, with nearly 79 percent of the state’sgeographical area covered by dense evergreen forests. These forests support avast diversity of plant species, birds, mammals, insects, reptiles, and butterflies (Mishra et al., 2020). The combination of diverse agro-climatic conditions and rich biodiversity provides substantial scope for the cultivation of a wide variety of horticultural crops in the state. Depending on Website: www.ijoear.com Journal DOI: 10.25125/agriculture-journal altitude, climate, and physiographic conditions, several horticultural crops are grown in Arunachal Pradesh. Major fruit crops include apple, kiwi, orange, pineapple, guava, and walnut; important vegetable crops include potato, tomato, sweet potato, beans, cucumber, bitter gourd, brinjal, muskmelon, radish, and pumpkin; while major spice crops include ginger and large cardamom (Gupta, 2022). In addition, the state also produces a range of other horticultural crops, including ornamental plants, medicinal plants, flowers, and plantation crops (Ministry of Agriculture and Farmers’ Welfare, 2023–24). Among the various horticultural crops cultivated in the state, orange, large cardamom, and apple occupy a dominant position in terms of area under cultivation. These three crops together account for nearly 59 percent of the total area under horticultural crops in Arunachal Pradesh, highlighting their importance in the state’shorticultural economy (Ministry of Agriculture and Farmers’ Welfare, 2023–24). These crops also have a well-established market both within and outside the state. For instance, large cardamom produced in Arunachal Pradesh is primarily procured by traders from Assam and Kolkata and marketed across the country, with a portion also being exported internationally (Singh et al., 2021). Similarly, a substantial share of orange and apple production is marketed through traders from Assam, catering to both regional and external markets. At the national level, Arunachal Pradesh holds a notable position in the production of these crops. During 2023–24, the state ranked eighth in orange production among Indian states, while it secured the third and fourth positions in the production of large cardamom and apple, respectively (Ministry of Agriculture and Farmers’ Welfare, 2023–24). Moreover, the state possesses considerable untapped potential to further expand the production of these crops, providing opportunities for scaling up horticultural output (NEDFI, 2022).

Despite the presence of favorable agro-climatic conditions and significant production potential, Arunachal Pradesh has experienced a declining trend in both area and production of these crops, as well as in the overall horticultural sector, over the past decade. The production of orange declined sharply from 182.1 thousand tonnes in 2013–14 to 58.34 thousand tonnes in 2023–24. Similarly, the production of large cardamom decreased from 3.1 thousand tonnes to 1.8 thousand tonnes, while apple production fell from 31.8 thousand tonnes to 6.79 thousand tonnes during the same period. Overall horticultural production in the state also declined substantially, from 106.86 thousand tonnes in 2013–14 to 46.84 thousand tonnes in 2023–24 (Ministry of Agriculture and Farmers’ Welfare).

Several earlier studies have also reported a decline in horticultural production in the state (Das & Melo, 2022; Boi et al., 2024). This downward trend can be attributed to multiple constraining factors, including difficult terrain, climate change, inefficient farm management practices, ageing plantations, lack of interest among private investors, inadequate marketing infrastructure, and the absence of processing units (Devachandra, 2021). Against this backdrop, the present study aims to examine the status of orange, large cardamom, and apple cultivation in Arunachal Pradesh by comparing the state’sperformance with that of other major producing states in India in terms of growth, productivity, and share in total national production. In addition, the study analyzes district-wise growth trends in area and production within Arunachal Pradesh to gain a deeper understanding of intra-state variations.

Conclusion

The present study examined the status of three major horticultural crops—orange, large cardamom, and apple—in Arunachal Pradesh by comparing their growth, productivity, and percentage share in national production with other major producing states in India. In addition, district-level growth trends in area and production within Arunachal Pradesh were analyzed to capture intra-state variations. The findings clearly indicate that Arunachal Pradesh experienced the steepest decline in both area and production of these crops during the study period. Moreover, the productivity of all three crops in the state was found to be significantly lower compared to other major producing states in the country. Website: www.ijoear.com Journal DOI: 10.25125/agriculture-journal The study further reveals that the percentage share of Arunachal Pradesh in the total national production of orange, large cardamom, and apple declined considerably between 2013–14 and 2023–24. This decline reflects the overall deterioration of the horticultural sector in the state in recent years, despite the presence of diverse agro-climatic conditions that are highly conducive to the cultivation of both subtropical and temperate horticultural crops. The contraction in area and output has not been uniform across districts, with certain traditional production belts experiencing severe declines, while a few districts have shown signs of emerging or localized growth.

The observed decline in horticultural performance can be attributed to a combination of interrelated factors, including climate variability and climate change impacts, inefficient farm management practices, ageing plantations, limited adoption of improved varieties and technologies, lack of interest among private investors, inadequate marketing infrastructure, and the absence of processing and value-addition facilities. These constraints have collectively reduced the economic viability of horticultural farming in the state, leading to crop abandonment in several regions.

The findings underscore the urgent need for targeted, crop-specific, and region-specific policy interventions to revitalize the horticultural sector in Arunachal Pradesh. Such interventions should include the promotion of climate-resilient and high-yielding varieties, rejuvenation of ageing orchards, strengthening of extension services, development of basic marketing and storage infrastructure, encouragement of private sector participation, and establishment of processing and value-addition units. Addressing these key challenges would not only help reverse the declining trends in horticultural production but also enhance farmers’ income, generate sustainable livelihood opportunities, and contribute to food and nutritional security in the state. CONFLICT OF INTEREST The authors declare no conflict of interest.

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