Europe Acaricides Market Report

Europe Acaricides Market Size

The Europe acaricides market was valued at USD 88.6 billion in 2025 and is anticipated to reach USD 93.56 billion in 2026 and USD 144.68 billion by 2034, growing at a CAGR of 5.6% during the forecast period from 2026 to 2034.

Current Introduction of the Europe Acaricides Market

Acaricides are specialized agrochemical compounds formulated to control mites and ticks that infest crops, livestock, and stored commodities, posing significant threats to agricultural productivity and animal health across Europe. Unlikebroad-spectrumm insecticides, acaricides target arachnid pests such as Tetranychus urticae (two-spotted spider mite) and Varroa destructor, which exhibit rapid reproduction and resistance development. The European acaricides market operates under the stringent oversight of Regulation EC No 1107/2009, which mandates rigorous risk assessments for environmental persistence, non-target toxicity, and residue limits before authorization. According to sources, the number of approved acaricidal substances available for use across the European Union has generally been decreasing over time as substances undergo rigorous re-evaluation against updated safety standards. European apple and grape production are significant agricultural sector, though they face ongoing challenges from mite infestations, which, if not managed, can lead to considerable reductions in crop yields. Besides, Varroa mite infestations are a substantial factor contributing to widespread and significant honeybee colony losses experienced annually across Europe. These intersecting agronomic, ecological, and regulatory realities define the operational and strategic contours of the Europe acaricides market.

MARKET DRIVERS

Escalating Mite Infestations iHigh-Valueue Horticultural Crops

Mite pressure in European fruit and vineyard systems has intensified due to climate change and monoculture practices, which drives the growth of the Europe acaricides market. Rising average temperatures have extended mite breeding seasons and enabled northward expansion into previously unaffected regions. Research from institutions including Wageningen University indicates widespread infestation of two-spotted spider mites in greenhouse tomato and cucumber facilities across the Netherlands and Belgium. In viticulture, mite damage reduces photosynthetic capacity and berry quality. Outbreaks of spider mites (Tetranychus species) in French vineyards have led to notable yield losses in recent years, as per agricultural reports. Spain’s citrus sector faces similar threats. The red spider mite poses a significant and widespread problem for Spain's citrus orchards, impacting a large area of production. Conventional control methods are increasingly inadequate. Resistance to certain older acaricides, such as abamectin, is a known and increasing problem across numerous European countries, as confirmed in studies and by organizations. This escalating biological threat necessitates continuous innovation in mode of action and application timing, reinforcing acaricide relevance in sustainable crop protection strategies.

Growing Threat of Varroa Mite to Apiculture and Pollination Security

The Varroa destructor mite exhibits a serious accelerator of the Europe acaricides market. This is due to its devastating impact on honeybee colonies and the broader ecosystem services they support. Research indicates that significant honey bee colony losses occurred in the U.S. in early 2025. These losses are considered substantial, highlighting a critical need for action to support honey bee health. Several essential European crops depend significantly on the pollination activities of bees to ensure successful growth. Areas impacted by specific mites have shown a noticeable decrease in agricultural output for these crops. The presence of these mites is linked to the transmission of viruses that affect the physical development of the insects. A high frequency of these viral infections has been observed in populations where colony health is failing. The interaction between these pests and the pathogens they carry appears to be a consistent factor in regional pollinator decline. In response, beekeepers increasingly adopt acaricidal treatments such as oxalic acid vaporization and thymol-based strips during broodless periods. The European Union has allocated funds to support integrated Varroa management, including approved acaricide use. Europe's numerous managed beehives necessitate a steady supply of acaricides to uphold apiculture health throughout the region.

MARKET RESTRAINTS

Stringent EU Regulatory Restrictions on Active Ingredients

The European Union maintains a rigorous pesticide approval framework that restricts the growth of the Europe acaricides market. This system significantly constrains acaricide availability through progressive substance bans and re-evaluations. Regulation (EC) No 1107/2009 mandates that active substances meet strict approval criteria, generally prohibiting approval if they are identified as endocrine disruptors causing adverse effects (unless human and non-target exposure is negligible), or if they have unacceptable effects on aquatic organisms or unacceptable acute or chronic effects on honey bee colony survival and development. There has been a consistent pattern of withdrawing certain substances used for pest control, driven by environmental and safety concerns. Recent decisions on long-used substances highlight the strict scrutiny applied to potential ecological risks, particularly those affecting non-target organisms. The regulatory environment has become more stringent, contributing to a shifting landscape regarding which substances are permitted for use. The time required for a substance to undergo the approval process has been trending longer, which appears to influence the perceived viability of investing in the development of new solutions within the industry. Furthermore, the EU’s Farm to Fork Strategy targets a reduction in chemical pesticide use by 2030, creating policy headwinds even for selective acaricides. These regulatory dynamics shrink the arsenal available to farmers and beekeepers, forcing reliance on fewer modes of action and accelerating resistance development.

Development of Cross Resistance in Mite Populations

Mite species across the region are exhibiting increasing resistance to multiple acaricide classes that erode efficacy and escalate control costs, and thereby lilimithe expansion of the Europe acaricides market. Across various locations, certain pest species exhibit reduced sensitivity to numerous chemical treatments previously used for control. Specific types of spider mites in different agricultural settings demonstrate diminished effectiveness against particular categories of treatments compared to historical performance levels. Monitoring of mite populations affecting pollinators in various regions reveals a general decline in the effectiveness of certain established control methods, impacting overall management strategies. This resistance is accelerated by prophylactic and non-rotational patterns among growers unfamiliar with resistance management principles. The continued degradation of acaricide performance, due to the lack of diversified action modes and strict anti-resistance protocols, poses a serious threat to agricultural productivity and hive viability.

MARKET OPPORTUNITIES

Adoption of Bio-Based and Microbial Acaricides in Organic Systems

The expansion of organic farming in the region is creating a robust opportunity for bio-based acaricides derived from natural sources such as plant extracts and entomopathogenic fungi, which is expected to fuel the growth of the Europe acaricides market. The area dedicated to organic farming within the European Union has experienced substantial and continuous expansion in recent years. Also, the proportion of total agricultural land used for organic production in the EU has steadily increased, now accounting for a significant share of all farmland. Products containing Beauveria bassiana and Amblyseius californicus predatory mites are increasingly deployed in greenhouse vegetables and berry farms. The adoption of biological pest control methods in organic horticulture is an area of growing interest and ongoing research within the EU. Research institutions are actively exploring and validating various natural formulations and biological control methods to effectively manage pests like spider mites in orchards. Furthermore, European Union policies and action plans provide increasing financial support and strategic frameworks to encourage the adoption of biological control measures and promote sustainable agricultural practices. These ecological and policy tailwinds position bioacaricidesas a high-growth segment aligned with Europe’s agroecological transition.

Integration of Precision Application Technologies in Mite Management

Advancements in digital agriculture are enabling targeted acaricide delivery that minimizes chemical use while maximizing pest control efficiency, and thereby provide new opportunities for the expansion of the Europe acaricides market. Drones equipped with multispectral sensors can detect early mite hotspots through changes in leaf reflectance, allowing spot treatment instead of blanket spraying. Recent trials and research by institutions like the Danish Technological Institute show that using drone-guided applications of pesticides in orchards can significantly decrease the amount of active ingredients needed while maintaining effective pest control. Similarly, automated monitoring systems using AI image recognition now identify Varroa infestation levels from hive entrance videos, triggering timely treatment only when thresholds are exceeded. The European Innovation Partnership for Agricultural Productivity and Sustainability has supported numerous projects focused on sustainable and precision pest management as part of a broader European effort to reduce reliance on conventional pesticides. Besides, smart sprayers with real-time flow control are being adopted in vineyards across Italy and Spain, cutting spray volume, as per sources. These technologies not only comply with the EU’s pesticide reduction targets but also improve cost effectiveness for growers managing high-value perennial crops.

MARKET CHALLENGES

Limited Efficacy of Acaricides in Complex Crop Canopies

Achieving thorough coverage in dense or multi-layered crops remains a persistent technical challenge to the Europe acaricides market. This difficulty compromises acaricide performance across the region. In vineyards and orchards with closed canopies, spray penetration is often insufficient to reach mite colonies on the underside of leaves, resulting in sub-lethal exposure that accelerates resistance. As per research, conventional air blast sprayers deposited a lesser share of the applied acaricide on lower leaf surfaces in mature apple trees. Similarly, in greenhouse cucumbers trained on vertical strings, mites colonize hidden zones where droplet deposition is minimal. This inefficiency forces growers to increase application frequency or dose, contradicting EU sustainability goals. Moreover, rainfall shortly after application, common in Atlantic regions like Ireland and western France, can wash off residues before uptake occurs. Grower confidence and economic returns are eroded because new acaricides underperform in the field without innovations in how they are formulated and delivered.

Shortage of Registered Acaricides for Minor Crops and Niche Applications

Many European specialty crops and livestock systems lack approved acaricide options due to the high cost of regulatory dossiers relative to market size, which slows down the expansion of the Europe acaricides market. Crops such as hops, lavender, and raspberries, though economically significant regionally, are classified as minor uses, discouraging manufacturers from pursuing registration. Many minor crop pest and disease scenarios in the EU lack an authorized plant protection product, leading growers to rely on emergency permits or face the risk of unprotected crops. In apiculture, beekeepers in Eastern Europe report limited access to approved organic acids due to fragmented national authorization processes. Similarly, poultry and goat farmers face gaps in ectoparasite control, as acaricide labels often exclude these species. The significant expense associated with generating a complete EU registration dossier means that obtaining authorization for plant protection products on minor crops is often not economically viable for companies. This regulatory vacuum forces suboptimal pest management, which increases yield loss and animal welfare risks across Europe’s diverse agricultural landscape.

REPORT COVERAGE

SEGMENTAL ANALYSIS

By Type Insights

The natural sources segment was the largest in the Europe Acaricides Market by accounting for a 42.5% share in 2024. The prominence of the natural sources segment is driven by the EU’s aggressive shift toward sustainable pest management under the Green Deal and Farm to Fork Strategy, which prioritizes non-synthetic solutions. Substances such as neem oil, pyrethrins, and microbial agents like Beauveria bassiana are widely approved for use in both organic and conventional systems. The expansion of organic agricultural land across Europe has increased the necessity for natural pest control solutions where conventional chemical treatments are restricted. Regulatory bodies have shifted their focus toward authorizing bio-based active substances more frequently than synthetic alternatives. Regional agricultural mandates now increasingly incorporate integrated pest management strategies, necessitating the use of biological control methods in fruit production. Cultivation practices in greenhouse environments show a growing preference for using predatory organisms to manage pest populations in place of traditional chemical applications. This regulatory, agronomic, and consumer-driven momentum has firmly established natural sources as the cornerstone of Europe’s acaricide strategy.

The natural sources segment is also the fastest growing segment in the Europe Acaricides Market, and is likely to experience the fastest CAGR of segment is likely to experience the fastest CAGR of 10.3% from 2025 to 2033. This acceleration is propelled by policy incentives, technological refinement, and market demand for residue-free produce. The European Union's Organic Action Plan and national schemes in various member states, including Germany and Denmark, provide significant funding and subsidies that indirectly or directly support the adoption of natural pest control methods like biocontrol agents and natural acaricides. Scientific advances have significantly improved efficacy. Field trials conducted by research institutions consistently demonstrate that advanced natural formulations, like stabilized neem extracts, can provide effective pest control comparable to conventional synthetic standards in various agricultural settings, including apple orchards. Additionally, consumer preference for chemical-free food is reshaping retail. Major European supermarkets and produce associations increasingly prioritize and promote the sourcing of fruits and vegetables grown using integrated pest management (IPM) and biocontrol methods to meet consumer demand for sustainable and pesticide-free produce. In European apiculture, natural treatments such as oxalic acid and thymol-based products are widely used for Varroa mite control, particularly in countries like Sweden and Austria, forming a significant portion of the overall treatment strategies. These converging forces ensure natural acaricides will sustain dual leadership in volume and growth.

By Application Insights

The agriculture segment led the Europe Acaricides Market by capturing a significant share in 2024. The leading position of the agricultural segment is attributed to the extensive vulnerability of European horticultural and perennial crops to phytophagous mites that directly impair yield and quality. Spider mites are a significant pest in European agriculture, with the potential to cause substantial yield losses in vulnerable crops like apples and grapes if their populations are not managed effectively. Spain's extensive citrus-growing regions face ongoing challenges from recurrent red spider mite outbreaks, which frequently necessitate multiple control measures during growing seasons. Greenhouse vegetable production, concentrated in the Netherlands, Belgium, and France, relies heavily on acaricides to protect high-value crops like tomatoes and cucumbers grown year-round. The changing climate, specifically warmer winter temperatures, appears to be a contributing factor in the increased prevalence and pressure of spider mite populations within enclosed agricultural environments such as Dutch greenhouses. Furthermore, European Union agricultural regulations, under the mandatory Integrated Pest Management framework, require growers to prioritize sustainable and preventative pest control methods, using chemical solutions like acaricides only when necessary and justified by established action thresholds. This combination of crop economics, climate vulnerability, and regulatory frameworks solidifies agriculture as the primary application domain.

The animal husbandry segment is on the rise and is expected to be the fastest-growing segment in the market by witnessing a CAGR of 9.7% during the forecast period, owing to escalating Varroa destructor infestations in apiculture and rising ectoparasite pressure in small ruminants and poultry. Varroa mite infestations are a persistent and significant health threat to honeybee colonies throughout Europe, contributing to considerable and variable colony losses that affect a substantial portion of the continent's crop pollination services. In response, beekeepers across Germany, France, and Poland have increased acaricidal treatments using oxalic acid vaporization and thymol strips, with usage rising. Simultaneously, goat and sheep farms in Southern Europe face outbreaks of Psoroptes ovis, requiring topical acaricides to prevent mange-related welfare issues and production losses. The comprehensive EU Animal Health Law is now in effect, providing a modern legal framework that emphasizes disease prevention, enhanced surveillance for listed pests like the Varroa mite in honeybees, and clarified responsibilities for beekeepers and relevant authorities. Besides, authorities continue to evaluate and approve new veterinary treatment options for various animal species, reflecting an ongoing effort to broaden the available tools for managing animal health challenges, including parasites. These biological, regulatory, and welfare imperatives position animal husbandry as acaricide’s most dynamic growth frontier.

By Mode of Action Insights

The spray application segment heldthe majority share of the Europe Acaricides Market in 2024. The supremacy of the spray application segment is credited to its versatility, scalability, and compatibility with existing farm equipment across diverse cropping systems. From handheld backpack sprayers in small Mediterranean vineyards to tractor-mounted air blast systems in Northern European orchards, spraying remains the most accessible method for delivering acaricides to leaf undersides where mites reside. Dutch horticulture utilizes a substantial number of greenhouse spray systems, with a strong trend toward integrating sophisticated climate sensors and automation to precisely manage application timing. In open field agriculture, precision sprayers equipped with nozzle arrays and drift reduction technology are standard in France and Germany, ensuring targeted deposition while minimizing environmental exposure. European Union regulations, outlined in the Sustainable Use Directive, require professional pesticide application equipment to undergo comprehensive, mandatory technical inspections at regular intervals to ensure ongoing reliability and safety. Even in apiculture, oxalic acid is predominantly applied via spray during broodless periods. This universal adaptability, supported by decades of agronomic practice and machinery investment, ensures spray remains the backbone of acaricide delivery.

The spray application segment is also the fastest-growing mode of action in the Europe Acaricides Market with a CAGR of 8.9% from 2025 to 2033. The rapid growth of the spray application segment is fuelled by technological transformation that enhances precision and reduces chemical load. Drone-based spraying has seen rapid adoption. The registration and use of drones for agricultural applications, including sophisticated monitoring and targeted spraying, are increasing significantly in Spain and Italy, driven by new regulations and technological advancements. These systems reduce active ingredient use while improving canopy penetration. Besides, smart sprayers using AI to differentiate crop from weed or infested from healthy tissue are being piloted in apple orchards across Denmark and Switzerland, cutting spray volume, as per research. The EU’s Digital Europe Programme has allocated funds to support such smart spraying technologies under its agri-tech funding stream. Regulatory alignment further accelerates adoption. EU regulations on the sustainable use of pesticides require the implementation of measures that reduce environmental contamination, encouraging the adoption of technologies such as low-drift nozzles and closed transfer systems. These innovations are redefining spraying from a blanket intervention to a data-driven, targeted strategy, driving its sustained leadership and growth.

COUNTRY ANALYSIS

Spain Acaricides Market Analysis

Spain dominated the Europe Acaricides Market by accounting for a 21.6% share in 2024. The dominance of the Spanish market is propelled by its vast horticultural footprint, Mediterranean climate conducive to year-round mite proliferation, and intensive farming systems. Spain produces substantial hectares of citrus and vineyards, both highly susceptible to red spider mite and vine mite infestations. The average number of acaricide applications per season in Murcian citrus orchards exceeds four, among the highest in Europe, as per regional agricultural directorates. Additionally, Spain’s greenhouse vegetable sector in Almería relies on integrated mite management combining predatory mites and selective sprays. Spain is significantly increasing the financial support available through its national Common Agricultural Policy (CAP) Strategic Plan to encourage a broader adoption of sustainable agricultural practices, including the use of biocontrol methods. Rising temperatures fuel mite breeding, while strict EU low-residue rules boost acaricide need, making Spain a major buyer and keeping demand high, solidifying its top market spot.

France Acaricides Market Analysis

France followed closely in the Europe Acaricides Market by capturing a share of 17.1% in 2024. The demandforf acaricides iFrancech is driven by its extensive fruit and wine production, stringent integrated pest management mandates, and strong apiculture sector. Agricultural production in the region includes substantial cultivation of a key fruit crop and extensive vineyard operations, both of which necessitate consistent pest management for mites. There is an observed change in pest control practices, with commercial growers now prioritizing non-synthetic methods before using conventional chemicals. This regulatory shift has correlated with an increased adoption of naturally derived products for managing mite infestations in orchards. A large population of honeybee colonies in the region requires regular treatments to manage a specific, pervasive parasite. A significant majority of beekeepers are utilizing two particular organic compounds for these essential treatments. Recent research and development efforts have led to the validation of several new formulations for mite control, many of which are based on natural plant extracts. The Ecophyto Plan II further incentivizes reduced-risk products through tax credits. These regulatory, ecological, and scientific dimensions sustain France’s pivotal role in Europe’s acaricide landscape.

Italy Acaricides Market Analysis

Italy is moving ahead steadily in the Europe Acaricides Market due to its diverse crop portfolio, including olives, grapes, citrus, and apples, all vulnerable toregion-specificc mite species. Olive orchards covering millions of hectares face infestations from the olive spider mite, while vineyards in Piedmont and Tuscany combat Tetranychus spp. Southern regions such as Sicily and Puglia, with warmer climates, experience extended mite activity into November, increasing seasonal intervention frequency. Italy is also a leader in organic farming, with a portion of its utilized agricultural area certified organic, as per sources, mandating natural acaricide use. These agronomic pressures and sustainability initiatives underpin Italy’s robust and evolving acaricide demand.

Germany Acaricides Market Analysis

Germany is another key player in the Europe Acaricides Market owing to its advanced horticulture, strict regulatory compliance culture, and significant apiculture sector. Germany produces significant metric tons of apples annually, with integrated pest management protocols requiring mite threshold monitoring before treatment. A high proportion of commercial fruit-growing areas consistently incorporates bio-based methods for managing pests. There is a substantial presence of honeybee populations maintained across the region, subject to mandatory health management requirements. A recent development includes the approval of a specific plant-derived formulation for use in managing pests within enclosed growing environments. The National Action Plan on Sustainable Use enforces strict buffer zones and drift mitigation, favoringlow-impactt sprays. The high demand for acaricides in precision farming ensures Germany's ongoing market relevance, even as synthetic uses decrease.

Netherlands Acaricides Market Analysis

The Netherlands is predicted to grow in the Europe Acaricides Market from 2025 to 2033. Despite its small land area, the country exerts an outsized influence through its world-leading greenhouse horticulture and agri-tech innovation. Extensive areas in Dutch glasshouses are used for growing vegetables such as tomatoes, peppers, and cucumbers. Spider mites present a continuous challenge in these settings, requiring regular monitoring of the crops. A common strategy for pest management involves combining predatory mites with specific chemical sprays in a preventative system that prioritizes biological controls. Research initiatives have been funded to optimize the application of pest control agents. These projects explore new application methods, including aerial technology and timing based on data analysis. Additionally, Dutch agrochemical firms export biocontrol solutions across Europe, amplifying domestic R&D impact. The mandatory Crop Protection Product Register ensures full traceability of all acaricide use. This fusion of high-tech cultivation, ecological rigor, and export orientation secures the Netherlands as a critical growth node in Europe’s acaricide ecosystem.

COMPETITIVE LANDSCAPE

The Europe acaricides market features intense competition among multinational agrochemical companies and specialized biotech firms vying for leadership through innovation and sustainability. Regulatory scrutiny under frameworks like the European Union’s Sustainable Use of Pesticides Directive drives players to reformulate products and adopt greener chemistries. Competition is further intensified by rising demand for integrated pest management solutions and resistance to conventional miticides in key crops,, including frui,ts vegetab,les and cereals. Companies differentiate themselves through proprietary active ingredi,ents digital advisory ,tools and localized agronomic support. M,ergers acqui,sitions and strategic collaborations are common as firms seek to expand portfolios and geographic reach. The market also sees growing participation from biopesticide developers offering alternatives that meet organic farming standards. This dynamic landscape compels continuous investment in ,research regulatory c,ompliance and stakeholder engagement to maintain competitive advantage and address evolving grower needs across diverse European agricultural systems.

KEY MARKET PLAYERS

The major key players operating in this market are

• BASF SE
• Bayer AG
• FMC Corporation
• DuPont
• Nissan Chemical Industries. Ltd.
• Syngenta
• Merck & Co., Inc.
• The Dow Chemical Company
• Chemtura Corporation
• Arysta Life Science Limited.

Top Players In The Market

• Bayer AG is a leading contributor to the Europe acaricides market through its extensive portfolio of crop protection solutions targeting mites in agricultural and horticultural settings. The company leverages its strong research and development capabilities to introduce innovative formulations that address resistance management and environmental safety,. Recently Bayer has expanded its digital farming initiative,s in Europe integrating acaricide recommendations into its Climate FieldView platform to support precision pest control. These efforts enhance farmer adoption and reinforce Bayer’s commitment to sustainable agriculture. The company also collaborates with European regulatory bodies to ensure compliance with evolving environmental standards while maintaining product efficacy across diverse climatic conditions in the region.
• Syngenta Group plays a pivotal role in the Europe acaricides market by offering scientifically advanced miticide solutions that align with integrated pest management practices. The company focuses on developing products with novel modes of action to combat resistant mite populations in key crops su,ch as g,,rapes cereals and vegetables. ,In recent years Syngenta has intensified its sustainability agenbio-basednching bio based acaricides and enhancing stewardship programs across European farms. It has also invested in localized field trials to validate product performance under regional growing conditions. These initiatives demonstrate Syngenta’s dedication to supporting European growers with effective and environmentally responsible pest control tools that contribute meaningfully to global agricultural productivity.
• BASF SE significantly influences the Europe acaricides market through its comprehensive crop protection segment, which includes specialized miticides designed forhigh-valuee crops. The company emphasizes innovation through its pipeline of next-generation active ingredients that offer improved selectivity and reduced ecological impact. BASF has recently strengthened its European footprint by expanding technical support services and farmer education programs focused on resistance monitoring and application best practices. Additionally, the company has integrated acaricide solutions into its digital advisory tool,s enablindata-drivenen pest management decisions. These strategic enhancements reflect BASF’s broader vision of combining chemical and digital agriculture to deliver sustainable outcomes for European food systems and global markets.

Top Strategies Used By The Key Market Participants

Key players in the Europe acaricides market primarily adopt strategies centered on innovation through research and development to introduce novel active ingredients that overcome resistance challenges. They also emphasize sustainability by developing bio-based and low-toxicity formulations aligned with stringent European regulatory frameworks. Strategic partnerships with local distributors and agricultural cooperatives enhance market penetration and technical support. Companies invest in digital agriculture platforms to integrate acaricide recommendations into precision farming systems. Additionally, they conduct extensive field trials and grower education programs to promote responsible usage and maximize product efficacy while minimizing environmental impact.

MARKET SEGMENTATION

This research report on the European acaricides market research report is segmented and sub-segmented into the following categories.

By Type

• Organochlorine
• Organophosphorus
• Natural Sources
• Others

By Application

• Agriculture
• Animal Husbandry
• Industrial
• Others

By Mode of Action

• Spray
• Dipping Vat
• Hand Dressing
• Others

By Country

• UK
• France
• Spain
• Germany
• Italy
• Russia
• Sweden
• Denmark
• Switzerland
• Netherlands
• Turkey
• Czech Republic
• Rest of Europe