high demand in the world, India was unable to effectively get its fruit to the borders. Climate issues, such as fruit

splitting and pests, further diminish peel quality and export potential justify the decline of trends in citrus exports

in India. Improving storage infrastructure, pest control, and value-added processing are crucial steps to enhance

Citrus fruits are extensively cultivated across India, making the country one of the world's top citrus producers.

Major producing states include Maharashtra, Madhya Pradesh, Punjab, Rajasthan, and Haryana, with Nagpur

famously called the “Orange City”. India ranks second among the world's orange producers, with approximately

14 million tons of citrus produced annually. Despite this, only a small share of the produce is exported, as most

Ali, M., Hussain, M. H., and Zaman, W. Q. (2022) examine the use of Orange Peel Waste (OPW) in functional

foods like beverages, yoghurts, and extruded snacks. They detail extraction techniques for obtaining essential

oils, pectin, and carotenoids, and discuss bioconversion processes such as digestion and fermentation that yield

products such as lactic acid, xanthan gum, biomethane, and bioethanol, thereby supporting a circular

bioeconomy. The review also introduces a citrus-based bioflavonoid taste-enhancer powder. It provides scientific

evidence on citrus peel's potential as a source of functional and flavour-active compounds, offering insights into

Sonawane, N., Patil, C., & Chinchore, R. (2024) review orange peel, a nutrient-rich by-product that contains

additives and functional ingredients. They emphasize its rich content of flavonoids, essential oils, and dietary

fibre, which offer antioxidant and health benefits. They also discuss how citrus waste can be transformed into

natural flavourings and value-added products using sustainable processing techniques. This supports the idea

that India should move from exporting raw citrus peel to producing high-value bioactive compounds, thereby

Anbalagan, T., Tejkumar, J. P., George, A., & Kommu, K. K. (2021) highlight that India’s citrus yield stands at

12.5 tons per hectare, which is lower than yields in Brazil, China, and the USA. This discrepancy is mainly due

to research institutions providing less than 1% of disease-free planting materials. Biotic stresses such as HLB,

tristeza, canker, and Phytophthora, along with abiotic stresses like drought and salinity, further reduce both yields

and fruit quality. While the cultivated area is increasing, these issues hinder export competitiveness. The authors

Kaur, K., Gupta, M., Anand, S., & Raina, D. (2025) find that higher temperature, rainfall, and humidity increase

fruit splitting in Daisy mandarins, reducing marketable yield and overall production. The splitting rate was 4.37%

in 2022, up from 3.48% in 2021, mainly due to higher rainfall and humidity. Fruits with thinner peels and higher

water content are more susceptible to damage. Since split fruits cannot be sold fresh, this negatively affects

export value. These results align with the current study by showing that climate variability compromises fruit

Secondary data sources are consisted of both international and domestic repositories. The WITS (World

lower value. This trend reversed slightly in the following year, with both metrics dropping below previous levels.

Between 2021 and 2022, exports declined by 0.92% in quantity and 1.58% in value, a decrease associated with

the pandemic's impact, totalling 8.07% in quantity and 8.56% in value during 2019-2022. In 2022 - 2024, the

data reflect a drop to 7.73% in quantity 242.45 MT and 6.42% in value 342.92 USD million, indicating a higher

value per kilogram despite lower volumes, followed by a slight increase in 2023- 2024 with 7.73% in quantity

The Compound Annual Growth Rate (CAGR) in India’s citrus peel exports from 2014 to 2024 results in a

negative CAGR of -4.52% in export quantity and -3.17% in export value. The smaller decline in export value

compared to quantity suggests that prices remained relatively stable, possibly due to inflation or improved quality

The mean export quantity between 2014 and 2024 is 285.25, and the mean export value is 391.79. These averages

represent the annual level of citrus peel exports over the ten-year period. The typical annual export performance

Citrus is a highly volatile commodity due to its perishability and climate sensitivity. Trend analysis forecasts

India’s future export values for 2025–2035, based on citrus peel export data from the World Integrated Trade

The principle of losses is mainly from improper storage, moisture condensation, inadequate ventilation, and heat

accumulation. Moreover, mishandling during harvesting and transportation further reduces fruit quality. Since

export markets demand high-quality produce, such inefficiencies significantly limit the volume of peel that can

be exported. The National Horticulture Board emphasises the importance of precise harvesting, the use of

Temperature Management and Climatic Stress: Citrus fruits are non-climacteric and sensitive to temperature

India produces about 16.8 million tonnes of citrus each year, representing nearly 10% of global output.

Approximately 75% of this is consumed domestically. Industry reports and NCCD estimates suggest that

between 15% and 25% of the produce is lost after harvest due to inadequate pre-cooling, inconsistent grading,

and fragmented orchard management. This high level of domestic use and post-harvest losses greatly limits the

Disruptions in logistics and sea trade driven by Middle East geopolitical tensions have sharply raised global

shipping costs. Container freight rates are now 2.5 to 3 times what they were in early December 2023, with spot

rates through the Suez Canal nearly quintupled. Rerouting vessels around the Cape of Good Hope has added up

for sustainability, they increase compliance burdens for farmers and exporters. Non-compliance with

Post Pandemic Assertion: During the year 2021 and 2022 the COVID-19 pandemic has undergone a gradual but

impactful rise in domestic citrus fruit demand, largely due to the valuable Vitamin C content it contains. The

lockdown coincided precisely the critical harvest period of the Rabi season, so there were severe labour shortages

including post-harvest losses, inadequate infrastructure, climate stress, pests, high shipping costs, and strong

domestic demand. Enhancing storage, management, and value-added processing is crucial to stabilising the