The rice insecticide market is seeing a steady stream of new products, with the Asian market holding an overwhelming dominant position.

China is the most important market for rice‑specific insecticides worldwide, and some new products even bypass Japan to launch in China first. For example, DowDuPont’s recently introduced triflumuron made China its global market debut.

Brown planthoppers and stem borers are among the most significant rice pests worldwide, and the development of effective pesticides to control these two groups has long been a top priority in the rice‑insecticide market. The market’s blockbuster products have emerged from this focus; for example, imidacloprid, chlorpyrifos, and chlorantraniliprole rank as the top three players in the rice‑insecticide segment.

This market not only sees a steady stream of new product launches but also boasts a robust pipeline of products under development, thereby ensuring effective control of rice pests.

The market structure for insecticides used on rice differs from that of herbicides. In 2016, the global market for rice‑specific insecticides was valued at US$4.844 billion. Pesticide In the market, herbicides account for the largest share at 41.0%, followed by insecticides at 35.0% and fungicides at 21.8%. In the rice‑field herbicide market, Japan leads with 29.4%, while China (19.0%) and the United States (7.0%) rank second and third, respectively. Meanwhile, in the rice‑specific insecticide market, Japan has slipped to third place with 15.3%, as China surges to first with 28.5%. India, benefiting from having the world’s largest area under rice cultivation, captures a 17.5% market share, placing it in second position.

Asia holds an absolute dominant position in the global rice‑pesticide market, accounting for 91.1% of the worldwide share.

In short, in the rice‑pesticide market, the global market is driven by Asia, while the Asian market is led by China and Japan.

1. The insecticide market for rice cultivation

In 2016, global sales of insecticides for rice totaled US$1.693 billion, up 0.4% year over year, with a compound annual growth rate of –1.0% from 2011 to 2016. This market accounted for 12.1% of the global crop‑insecticide market and represented a share of the global crop‑insecticide market… Pesticide 3.4% of the market. In 2016, the global area under rice cultivation totaled 160.1 million hectares, up 0.8% year on year.

Over the past two decades, the global rice‑insecticide market has experienced ups and downs. In 2000, it reached a peak, driven primarily by severe outbreaks of stink bugs and cutworms in Japanese rice fields; however, subsequent economic downturns, unfavorable weather conditions, and mounting price pressures weighed on the market. Since 2003, demand has rebounded, boosted by stronger rice prices amid rising market appetite. In 2009, a combination of exchange‑rate volatility, higher rice prices, drought, and relatively mild pest pressure led to a market contraction. Yet by 2010, the market had largely recovered, and it continued to grow in 2011 and 2012. In 2013, currency fluctuations and severe monsoon conditions further dampened global demand. In 2014, with a resurgence of rice pests in Japan, the global rice‑insecticide market once again expanded. In 2015, amid weak monsoons, low rice prices, and subdued pest activity, the market declined once more. By 2016, the market showed signs of recovery, largely thanks to favorable exchange‑rate dynamics and conducive weather conditions across Asia during the rice‑growing season.

In short, numerous factors drive market fluctuations, primarily stemming from the combined influence of market demand, rice prices, planted acreage, the severity of pest infestations, exchange rates, and the launch of new products.

In the global rice‑pesticide market, China, India, and Japan rank first, second, and third, respectively. In 2016, China’s rice‑pesticide sales totaled US$482 million, accounting for 28.5% of global rice‑pesticide sales; India recorded US$297 million, representing 17.5%; and Japan posted US$259 million, with a 15.3% share. Vietnam also ranked among the four countries with rice‑pesticide sales exceeding US$100 million, achieving US$112 million and a 6.6% market share.

In stark contrast to Japan, where herbicides account for 29.4% of the market, insecticides for rice comprise only 15.3%, a significantly lower share; yet even at this level, the disparity remains pronounced relative to Japan’s mere 1% share of global rice‑cultivated area. By comparison, China’s rice‑cultivated area represents 18.8% of the global total, and its rice‑herbicide market accounts for 19.0% of the world—roughly in line with these shares—while rice insecticides command 28.5%. This clearly indicates that the use of insecticides on rice in China far exceeds the global average.

In 2016, the top ten insecticides used on rice worldwide were, in order: imidacloprid, chlorpyrifos, chlorantraniliprole, cartap, fipronil, acephate, thiamethoxam, buprofezin, dinotefuran, and carbofuran. Among these, chlorantraniliprole was the only product protected by a patent. Following the need for an equal‑share merger between Dow Chemical and DuPont, chlorantraniliprole was spun off to FMC, so the once‑high‑profile brand “Confidor” is now under FMC’s umbrella. Although fipronil has been banned for use on rice in China due to concerns about its toxicity to aquatic organisms, globally it remains a key player in the rice‑insecticide market.

In 2016, the top ten markets for rice‑specific insecticides worldwide were, in order: China, India, Japan, Vietnam, South Korea, Indonesia, the Philippines, Brazil, Malaysia, and the United States.

2. Major insect pests of rice

Many insect pests affect rice production, and their relative importance varies considerably across different markets. The brown planthopper (Nilparvata lugens) and the small brown planthopper (Laodelphax striatellus) pose threats to the vast majority of rice-growing regions, while stem borers and leaf rollers can be particularly severe in certain areas.

In addition, rice cultivation is affected by numerous pentatomid pests, such as the Chinese rice leafhopper (Leptocorisa chinensis), the brown rice bug (Lagynotomus elongates), the green stink bug (Nezara viridula), the small‑spined stink bug (Eysarcoris parvus), the large rice leafhopper (Leptocorisa oratorius), the rice plant bug (Oebalus pugnax), and the long‑shouldered spiny leafhopper (Cletus trigonus), as well as by a variety of mite infestations, caterpillars, beetles, root‑feeding insects, and fly larvae.

3. Major insecticide market for rice

3.1 Japan

In 2016, Japan’s sales of insecticides for rice totaled JPY 28.1 billion, down 2.8% year on year; in U.S. dollar terms, sales reached USD 259 million, up 8.8% year on year. The disparity in growth rates reflects the stronger yen relative to the U.S. dollar during that period. Driven by this dollar‑denominated increase, Japan’s share of the global rice‑insecticide market rose from 14.2% in 2015 to 15.3% in 2016, an improvement of 1.1 percentage points, placing it third worldwide behind China and India. From 2011 to 2016, the Japanese rice‑insecticide market posted a compound annual growth rate of –7.3% in U.S. dollars or –1.4% in Japanese yen. The intensity of rice cultivation in Japan makes the crop particularly vulnerable to pest infestations, notably brown planthoppers, green leafhoppers, whitebacked planthoppers, rice water weevils, and rice leafhoppers.

The launch of imidacloprid (trade name Admire) brought a revolutionary change to Japan’s rice‑pesticide market. Applied during the seedling‑box stage, imidacloprid controls leafhoppers, stem borers, weevils, and beetles, with a residual efficacy lasting up to 60 days, thereby eliminating the need for mid‑season applications of corresponding insecticides. Furthermore, the combination of imidacloprid with carpropamid has further advanced its market penetration; this formulated product delivers comparable long‑lasting control.

The successful development of seedling‑box treatments has led to the continuous launch of competing products. For example, the first formulated product to hit the market was Dr Oryzae Prince (probenazole + fipronil; allylbenzothiazole + fipronil). Since 2007, oxazolyl‑pyrimidine fungicide oryisastrobin, the neonicotinoid dinotefuran, and thiamethoxam have also been incorporated into combination formulations, capturing a notable share of the market. More recently, the introduction of chlorantraniliprole has further intensified market competition.

The brown planthopper is a major pest in Japanese rice production, and over the past decade it has been the most extensively controlled pest. The principal insecticides used to manage the brown planthopper in Japan include dinotefuran, clothianidin, imidacloprid, thiamethoxam, fipronil, ethiprole, benfuracarb, etofenprox, and acephate. By contrast, the range of available products for controlling the whitebacked planthopper is relatively limited; among these, neonicotinoid insecticides, etofenprox, buprofezin, and diazinon are the most widely employed. There are fewer options for managing stink bugs, with fipronil, ethiprole, fenobucarb, fenitrothion, fenthion, and disulfoton serving as leading products. The significance of the rice weevil has increased markedly, and a broader array of control agents is now available; key products include neonicotinoid insecticides, fipronil, ethiprole, benfuracarb, cartap, and carbosulfan. For managing stem borers, the main products comprise chlorantraniliprole, neonicotinoid insecticides, fipronil, cartap, and fenitrothion. An important feature of the rice‑pesticide market is the frequent formulation or mixing of insecticides with fungicides, particularly during the seedling‑box stage; products used at this stage continue to cover roughly 4 million hectares.

The Japanese rice‑pesticide market is expected to grow in the future, driven by factors such as the launch of new products, rising product prices, and the replacement of older formulations with higher‑value alternatives due to regulatory constraints. In recent years, pest pressure in Japan has intensified; if this trend persists, it will further fuel expansion of the rice‑pesticide market.

3.2 China

In 2016, China accounted for 28.5% of the global rice‑pesticide market, with sales totaling US$482 million, a year-on-year decline of 7.5%. During that year, China’s rice‑cultivation area decreased by 0.2% compared with the previous year, while rice production fell by 0.6% year on year. Between 2011 and 2016, the compound annual growth rate of China’s rice‑cultivation area was less than 0.1%, whereas the compound annual growth rate of rice production stood at 0.6%.

At present, domestically produced in China Pesticide These products can fully meet the needs of rice production. Leading insecticides for rice include chlorpyrifos, imidacloprid, chlorantraniliprole, dichlorvos, thiamethoxam, triazophos, nitenpyram, buprofezin, phoxim, and isoprocarb, among others.

The Chinese rice‑pesticide market holds promising prospects, driven by rising demand and the ongoing need to boost rice yields. Domestically produced insecticides are expected to maintain their dominant position in this segment.

3.3 India

In 2016, India’s rice‑cultivation area declined by 1.3% year on year, yet production increased by 5.5%, owing to weather conditions returning to a more typical monsoon pattern. In India, rice and Cotton It is the largest pesticide market. In 2016, sales of insecticides for rice in India increased by 7.2% year on year, reaching INR 19.938 billion (USD 297 million), driven primarily by farmers’ adoption of more advanced products. Similar to the Chinese market, India’s rice‑insecticide segment is dominated by domestically produced formulations, with leading products including cartap, acephate, imidacloprid, chlorpyrifos, fipronil, buprofezin, carbofuran, acetamiprid, monocrotophos, and lambda‑cyhalothrin. Meanwhile, Bt rice is currently under development in India.

Currently, India’s rice yields are relatively low—about half those of China—leaving considerable room for growth. Consequently, the Indian market for rice‑specific insecticides is expected to continue expanding.

3.4 South Korea

Insecticides for rice account for 44.0% of South Korea’s insecticide market, with sales totaling US$84 million, down 4.6% year on year; in Korean won terms, the decline was 2.4%. From 2011 to 2016, the compound annual growth rate of rice‑cultivated area in South Korea was –1.8%, and in 2016 it fell by 2.5% compared with the previous year. Rice production in 2016 decreased by 3.0% year on year, while over the past five years output has remained broadly stable.

Leading products in South Korea’s rice‑pesticide market include chlorantraniliprole, carbofuran, thiodicarb, methoxyfenozide, fipronil, monocrotophos, dinotefuran, and ethofenprox, among others. The major pests are leafhoppers, stem borers, and other lepidopteran insects.

Like Japan, South Korea’s rice‑pesticide market is also shifting toward seedling‑box applications, with granular formulations based on carbofuran, thiamethoxam, tiadinil, fipronil, and clothianidin leading the market.

Over the past decade, influenced by the GATT, South Korea’s rice‑cultivation area has declined. However, as in Japan, due to farming practices, imported rice is unlikely to exert a significant impact on the market.

3.5 Other Asian Markets

In Asia, pest management in rice cultivation is of paramount importance. In 2016, Malaysia, the Philippines, and Thailand all ranked among the top ten markets for rice‑specific insecticides. Leading rice insecticides in Thailand included abamectin, imidacloprid, chlorantraniliprole, thiacloprid, thiamethoxam, buprofezin, cartap, cypermethrin, carbosulfan, and fipronil. In Malaysia, the top rice insecticides were imidacloprid, clothianidin, carbosulfan, fipronil, etofenprox, pymetrozine, dinotefuran, thiamethoxam, buprofezin, and chlorpyrifos. Meanwhile, the leading rice insecticides in the Philippines comprised cartap, chlorpyrifos, chlorantraniliprole, beta‑cyfluthrin, and others. cyfluthrin, thiamethoxam, lambda-cyhalothrin, imidacloprid, carbosulfan, buprofezin, and dinotefuran, among others.

4. Research and Development of Insecticides for Rice

Because many pests can adversely affect rice production, broad-spectrum products typically dominate the rice‑insecticide market. Early organophosphate and carbamate insecticides such as parathion and lindane were soon replaced by newer formulations introduced in the 1960s. However, pest populations have since developed resistance to these compounds. With the exception of a few products like etofenprox and cypermethrin, pyrethroid insecticides are generally not used on rice due to their high toxicity to aquatic organisms. In 1986, etofenprox (trade name Trebon) was launched, followed in 1987 by cypermethrin (trade name Cyclosal). Etofenprox offers broad‑spectrum control, while cypermethrin is more specifically targeted at controlling rice bugs and weevils. Because they lack knockdown activity, benzoylurea insecticides have been excluded from rice applications. During the 1980s, very few new chemical classes of insecticides were introduced for use on rice.

In 1991, imidacloprid (trade name Admire) was launched. This product is fast-acting and broad-spectrum; unlike conventional insecticides, it operates via a distinct mechanism of action. More importantly, it exhibits systemic activity and long residual efficacy, making it suitable for use in rice seedling trays—its activity can even persist in transplanted plants, allowing farmers to avoid immediate post-transplant insecticide applications. Today, over 60% of rice acreage has benefited from insecticide treatments applied in seedling trays. Following imidacloprid, other neonicotinoid insecticides were introduced one after another: notably, in 1995, Takeda (now Sumitomo Chemical) launched nitenpyram, though its spectrum of control was relatively narrow; in 1999, Syngenta brought thiamethoxam to market; in 2000, Bayer released thiacloprid; in 2002, Mitsui Chemicals launched flonicamid; and also in 2002, Takeda launched clothianidin (under the trade name Dantotsu). All these products have since secured significant market shares in the rice‑insecticide segment. Neonicotinoids effectively control both piercing‑sucking pests and chewing insects, thereby providing robust protection against many key rice pests, such as leafhoppers, planthoppers, and weevils.

Following imidacloprid, several other insecticides with distinct modes of action were introduced to the market; for example, Aventis launched fipronil in 1993. Although fipronil is not as broad‑spectrum as imidacloprid, it still exhibits systemic activity and long‑lasting efficacy, extending its insecticidal effect from seedling trays to transplanted plants. In 2000, a Japanese chemical company brought chromafenozide (trade name Matric) to market. This is an insect growth regulator used on vegetables, rice, tea plants, fruit trees, and other crops.

With the successful development of neonicotinoid insecticides, research in this field has shifted toward investigating their diverse modes of action against piercing‑sucking pests. In 2003, Ishihara Sangyo introduced flonicamid, which, although sharing the same chemical class as neonicotinoids, operates via a distinct mechanism. Flonicamid exhibits systemic and translaminar activity and displays rapid antifeedant effects.

In 2008, Bayer launched spirotetramat; however, its primary market was not rice. In 2012, Dow AgroSciences introduced sulfoxaflor, a compound used to control piercing‑sucking pests; it is an insecticidal nicotinic acetylcholine receptor agonist. In 2014, Meiji Seika launched afidopyropen, an insecticide targeting piercing‑sucking pests; this product is now jointly developed by Meiji Seika and BASF.

Although Bt Cotton and Corn Although development has been successful, expanding options for controlling lepidopteran pests has remained a key focus, and the launch of numerous such products has benefited the rice‑insecticide market. Recently, several insecticides targeting lepidopteran pests in rice have been introduced, including those from BASF and Japan. Pesticide The jointly developed metaflumizone was launched in 2007, offering a novel mechanism of action by blocking sodium channels in the insect nervous system. Bayer/Japan. Pesticide The jointly developed flubendiamide was launched in 2007 under the trade name Takumi, and is used on rice and many other crops. Chlorantraniliprole and cyantraniliprole, also co‑developed by DuPont and Syngenta, were introduced to the market in 2008 and 2012, respectively. Flubendiamide, chlorantraniliprole, and cyantraniliprole all function as ryanodine receptor agonists. Syngenta has participated in the development of combination products containing chlorantraniliprole and cyantraniliprole. Cyantraniliprole is effective against both lepidopteran pests and piercing‑sucking insect pests.

In 2016, Japan Pesticide The insecticide pyriprole (trade name Nexus) has been launched for the control of hemipteran and coleopteran pests. In 2017, DuPont’s triflumezopyrim (trade names Pyraxalt and Bailianglong) was first introduced to the Chinese market.

Currently under development are the following insecticides for rice: Mitsui Chemicals and BASF are jointly developing broflanilide, a broad-spectrum insecticide intended for use on rice and many other crops; DuPont is developing dicloromezotiaz, designed to control chewing‑mouthpart pests in rice, fruits, vegetables, and other crops; Bayer is developing tetraniliprole, a diamide‑class insecticide suitable for use on rice and numerous other crops; Japan… Pesticide Benzpyrimoxan is currently under development; Meiji Seika is developing flupyrimin, which is intended not only for rice but also for non‑crop applications.

5. Market Outlook for Insecticides Used in Rice Cultivation

Taking into account the numerous factors influencing the rice‑insecticide market, the sector is expected to maintain growth potential in the future. According to forecasts by Phillips McDougall, sales of rice‑insecticides are projected to reach US$2.019 billion in 2021, with a real compound annual growth rate of 3.6% from 2016 to 2021 (based on 2016 exchange rates).

Since rice is an important crop in Japan, and given that rice is used… Pesticide Due to its relatively high price, Japan will continue to hold a leading position in the rice‑pesticide market and remain a primary target market for new product launches. As Japan’s rice‑cultivation area stabilizes, the country is expected to maintain a substantial share of the rice‑pesticide market in the foreseeable future.

In other parts of Asia, market demand for rice‑specific insecticides remains stable, driven by severe crop losses caused by pest outbreaks. The key challenges are the emergence of resistance and pricing pressures: the former fuels demand for new products, while the latter hinders their successful commercialization. Economic development and farm‑level economic factors play a pivotal role in shaping the rice‑insecticide market.

Due to Pesticide Regulatory scrutiny is tightening, particularly in China and Thailand, where certain older, high‑volume organophosphorus compounds are being targeted. Pesticide Strict regulatory measures have already driven an increase in sales of insecticides for rice. In addition, the Chinese government has implemented a series of initiatives to boost rice yields, which should further stimulate growth in China’s rice‑insecticide market—particularly for products that operate via mechanisms distinct from the broad‑spectrum insecticides currently dominating the market, or for those capable of addressing resistance issues, as these tend to experience faster market expansion.

Many rice varieties containing the Bt gene exhibit resistance to major pests such as stem borers and leaf rollers. Although these varieties have not yet been commercialized, they are already in the late stages of development. Clearly, once these Bt rice varieties receive regulatory approval and gain widespread adoption by farmers, they are likely to exert a negative impact on the conventional rice‑based insecticide market. However, China and India remain cautious about registering genetically modified traits in food crops, which may also impede the commercialization of such traits.

Driven by growth and export demand—particularly in the Chinese, Thai, and Vietnamese markets—the global rice‑insecticide market is expected to experience overall positive expansion going forward. The market stands to benefit from multiple factors: as Thailand completes its rice destocking, market demand is set to rise and rice prices are likely to recover; market conditions in Japan and South Korea will become more stable; and demand in India is projected to increase. Additionally, Indonesia and Malaysia’s initiatives to achieve rice self‑sufficiency should also bolster the rice‑insecticide market. The launch of new products has further boosted sales, with key offerings such as cyantraniliprole playing a significant role, while pipeline products currently under development are poised to contribute additional growth in the future.