Stinging caterpillar species include the buck moth caterpillar, spiny oak slug caterpillar, hickory tussock moth caterpillar, saddleback caterpillar and Io moth caterpillar.

Getty Images

As the weather warms up and people begin spending more time in their yards, parks and forests, more people will be coming home with a rash or bug bite.

However,Texas A&M AgriLife Extension Serviceexperts say before you blame a flying insect or a poisonous plant for a skin ailment, you may need to consider another culprit stinging caterpillars.

Spring foliage has brought on an abundance of caterpillars, a few of whom carry irritating or even venomous hairs, said Janet Hurley, AgriLife Extension integrated pest management for schools statewide specialist, Dallas.

We normally havefact sheetsavailable for schools this time of year, but with most children out of school due to COVID-19, we wanted to make sure parents are aware that there are stinging caterpillars in Texas, what they look like, and how to avoid them, she said.

Stinging caterpillar speciesinclude the buck moth caterpillar, spiny oak slug caterpillar, hickory tussock moth caterpillar, saddleback caterpillar and Io moth caterpillar.

Perhaps the most painful caterpillar in Texas is the southern flannel moth caterpillar, also known as the asp or puss caterpillar. An encounter with apuss caterpillaris very painful and may even require a trip to the hospital, according to AgriLife Extension experts.

Hurley said she recently received her first tussock moth caterpillar question confirming that just about every species of stinging caterpillar has now been spotted in our state.

A good rule of thumb is if a caterpillar looks fuzzy dont touch it, said Molly Keck, AgriLife Extension specialist in integrated pest management and entomologist, Bexar County.

Although many fuzzy caterpillars are not dangerous, do not pick up a caterpillar unless you are sure it is not of the stinging variety. The puss caterpillar, for example, looks deceptively soft and can be especially tempting for children to want to pick up or pet.

Theseteardrop shaped caterpillars look touchable, but they are not, said Wizzie Brown, AgriLife Extension specialist in integrated pest management for Travis County. Asps have spines attached to venom glands that can lead to a nasty sting, rash and other issues.

The southern flannel moth caterpillar, also known as the asp or puss caterpillar, is perhaps the most painful stinging caterpillar one might encounter in Texas.

Getty Images

Sincethese caterpillarstend to hide, you may not even know youve encountered one until you feel the sting, Hurley said.

If you are stung, you may feel immediate pain and reddish colored spots may appear where spines entered the skin. Some people may not feel pain until several minutes after they are stung, while others can experience intense throbbing or radiating pain. Other people may not feel much discomfort, and a red rash may be the only telltale sign.

Brown said different people respond to caterpillar toxin differently. Some people may have a more severe reaction than others, and where on your body you are stung and the thickness of that skin can affect your reaction too.

If the caterpillar is still on you, immediately brush it off if possible and then use tape to remove the spines that may still be in your skin, Brown said.

Washing the area with soap and water and applying an ice pack to the sting may offer some relief, and an oral antihistamine may help to relieve itching. Over-the-counter insect sting and bite relief products can also help.

The pain often goes away within an hour, said Mike Merchant, AgriLife Extension urban entomologist, Dallas.

Other symptoms after a sting can include nausea, vomiting, headaches, respiratory stress or shock. Since reactions to the toxins from stinging caterpillars can vary, seek medical advice or treatment immediately or go to an emergency room if you are concerned. Merchant also stressed that any contact with eyes or an allergic reaction to a sting requires immediate medical attention.

You are more likely to encounter stinging caterpillars when they leave their host plant in search of a spot to pupate, which is currently happening with many caterpillars, Keck said. They arent aggressive and wont come after you, but they can drop from trees.

Keck has reported sightings of both buck moth caterpillars and tussock moth caterpillars in the Bexar County area already this spring. Texans statewide need to be on the alert and keep an eye on trees and shrubs for caterpillar development, which typically occurs now into the fall.

Some common tree hosts are apple, basswood, cherry, dogwood, elm, maple, plum and oak, which is a favorite of the buck moth caterpillar. Some stinging caterpillars may even be found on crops such as corn.

Adult puss moths emerge in late spring or early summer to lay several hundred eggs on favored host trees, Merchant said. Caterpillars may also be seen feeding on dwarf yaupon and other shrubs. One to two generations occur each year, though southern flannel moth caterpillars tend to be more common in the fall.

Avoid stinging caterpillars by not sitting under trees and wearing long sleeves and pants outdoors, although even that is no guarantee of protection.

I had the misfortune of getting an eastern buck moth caterpillar on my pants the other day and accidentally brought it inside, Keck said. When I rested my hand on my leg, I encountered the hairs/barbs and it didnt feel good. It itched and left an uncomfortable feeling on my thumb for a couple hours.

Keck said there isnt much you can do about managing these caterpillars until they all pupate and go away. You dont need to worry about harm to your garden however, as stinging caterpillars typically do not do enough feeding to harm plants.

If you have large populations of stinging caterpillars and decide you need to try tomanage them, you can tryBacillus thuringiensisvar.kurstaki, BTK. However, this will also kill all the non-stinging or good caterpillars, which are an important food source for songbirds. You may also look for a pesticide with active ingredients such as spinosad or azadirachtin, which are naturally derived products.

Merchant saidpuss moth caterpillarscan also be controlled when they become abundant by spraying with a residual pesticide such aspermethrin, cyfluthrin or similar sprayslabeled for control of caterpillars on ornamental plants.

The best solution to dealing with stinging caterpillars may just be educating adults and children on what these caterpillars are, what they look like, and the importance of not touching them with bare hands, Merchant said.

Read more from the original source:
Stinging Caterpillar Season Has Arrived in Texas - Texas A&M University Today

Terminix, a leading provider of termite and pest control services, today announced its seasoned UK-based experts are now hitting the High Street with a whole new lookand a new focus on exceptional customer experiences.

Terminix UK Limited (formally part of Mitie Pest Control) has over 40 years of experience and is part of a growing global organisation, focused on elevating the customer experience and offering complete Integrated Pest Management Services, to home and business owners.

Only a few months in, and the Terminix brand and culture have already taken shape. After an initial kick-off with employees in October, trucks, uniforms, signage, etc., have been a celebrated sight on the High Street and tangible realisation of the need for more competition.

"It was clear from the very beginning that Terminix would be a great fit for our employees and community. The commitments of We Serve, We Care, and We Deliver really resonate with our employees and keep our focus on the customer. Once we saw that passion for the consumer, everything else fell into place," said David Wareing, Managing Director of Terminix UK Ltd. "Quality pest control options in the UK are limited to a few major players. Its exciting to shake up the industry in a way that benefits the customer in the end."

Operating with UK headquarters in Cheltenham, more than 300 Terminix professionals around the country provide service for a variety of market sectors, including public and local authorities, food manufacturing, property management, retail, healthcare, transport and logistics, education, and the hospitality industry.

While Europe represents the second largest pest control market in the world, more than 60 percent of Terminixs global pest control accounts have business in the E.U. and the UK.

This entry into the market is important because the team who joined Terminix have historically been masters of the UK pest control landscape, evidenced by the fact that over the last year, the local management team has increased core business and retained customers better than any other major national UK supplier.

The teams innovation work has led to the development and utilisation of canine detection specialists, digital reporting, treatments that require little or no pesticide, thermal image inspections, and the use of drones.

The company offers a comprehensive range of pest control services, including rodent control, bird control, insect and fly control, and wildlife management. Services cover everything from technical inspections and routine preventative visits, to pest proofing, clearance works, and the removal of pest contaminated waste.

Terminix UK complies fully withand in many cases is ahead ofcurrent legislation such as the EU biocides directives and is fully compliant with the guidelines set out by the CRRU, highlighting a commitment to providing sustainable service with minimal impact on the environment.

About Terminix

Terminix is a leading provider of commercial and domestic pest control services. Headquartered in Memphis, Tenn., U.S.A., Terminix services approximately 2.8 million domestic and commercial customers in 24 countries and territories. Terminix provides pest control services and protection against termites, rodents and other pests. Terminix is a business unit of ServiceMaster Global Holdings, Inc. (NYSE: SERV), a leading provider of essential residential and commercial services. To learn more about Terminix, visit http://www.TerminixUK.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20200302005289/en/

Contacts

Simon Purchon | +44 (0) 7778 748 813 | simon.purchon@terminixuk.com James Robinson | +1 (901) 597 7521 | james.robinson@servicemaster.com

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Pest Control in the UK Just Got Stronger With Terminix - Yahoo Finance

A study out of Mississippi State University evaluated the impact insect pest management strategies have on the economic return of small-scale tomato production. The results of this evaluation are published in the article Economic Effect of Insect Pest Management Strategies on Small-scale Tomato Production in Mississippi in the open access online journal HortTechnology.

Ronald Stephenson and a team of researchers scrutinized strategies including management based on a calendar spray schedule, conventional pesticide management based on action thresholds, and management based on action thresholds using organic controls in order to better determine the effects of these strategies on economic return for growers of tomatoes.

Due to difficulty in monitoring insect pests, applications of insecticides are frequently conducted on a calendar schedule. However, seasonal variability in pest populations leads to these calendar schedules being inefficient. Improperly timed pesticide applications are both expensive and may worsen problems by affecting beneficial insect species without effectively controlling target pests.

Concern regarding impacts of pesticides on the environment and human health has led to the development of integrated pest management (IPM) programs. A component of these programs involves the use of observation of pest populations in the field to direct timing of pesticide applications. Central to the concept of IPM is the use of an economic threshold of a population level where an application of a pesticide is advisable.

IPM programs have been widely successful in reducing pesticide use increasing profitability for growers. Economic thresholds require an understanding of crop market value. Because of unpredictability and variability of markets, economic thresholds can be difficult to apply. As a result, action thresholds have been developed as levels of pest density that result in loss of crop quantity or quality.

Threshold-based insect management strategies, including use of thresholds with conventional pesticides and with use of organic pesticides only, were compared with a conventional calendar approach for yield, management cost, and production value of tomatoes.

To evaluate economic benefit of management strategies, cost of inputs related to insect pest management were recorded. Cost of all pesticide treatments was calculated by measuring volume of pesticides applied. The amount of time involved in insect sampling and applying pesticides was recorded and labor cost was calculated. Insect management strategies were evaluated for their impact on yield, management cost, and economic return for small-scale tomato production in Mississippi.

These factors were compared for spring and fall seasons during two production years. Greatest total and marketable yields were obtained for use of conventional pesticides according to action thresholds. Use of organic insecticides according to thresholds did not affect yields in comparison with a calendar-based approach.

Proportion of fruit rated unmarketable was greater with the use of organic insecticides due to reduced efficacy and residual of control. Production costs for the organic threshold-based approach proved greater due to an increased number of insecticide applications required. Economic return for both conventional and organic threshold-based insect pest management was greater than for the conventional calendar method.

Increased economic return for conventional threshold-based management was due to increased yields. Increase in return for organic threshold management was based on premiums received for organically grown tomatoes. Adoption of conventional threshold-based insect pest management by small-scale producers has the potential to increase production efficiency and value, as well as increase environmental sustainability of production. Economic feasibility of organic production requires access to markets willing to pay significant premiums for organic produce. Price premiums for organic tomatoes were sufficient to result in greater economic return in comparison with calendar-based management, although the effect of increased price was partially counteracted by increased cost of organic insect pest management.

Both conventional and organic threshold treatments resulted in greater gross margins in comparison with the calendar spray treatment. Conventional threshold-based pest management resulted in increased yield of tomatoes, lower insect management costs, and improved economic return in comparison with other strategies.

Adoption of threshold-based insect pest management strategies has the potential to increase profits for small-scale producers, while also reducing the amount of pesticides applied. Insect pest management is one part of the overall picture for sustainability and further work will allow us to identify other practices that will benefit vegetable producers, said Stephenson.

For more information:American Society for Horticultural Science (ASHS)ashs.org

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The economics of pest control - hortidaily.com

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Pests are more than just an inconvenience for the agriculture industries they pose devastating risks to farmers. Agricultural pest control is vital to dealing with infestations that you may encounter.

According to this study, over the next five years the Agricultural Pest Control market will register a xx% CAGR in terms of revenue, the global market size will reach US$ xx million by 2024, from US$ xx million in 2019. In particular, this report presents the global revenue market share of key companies in Agricultural Pest Control business, shared in Chapter 3.

This report presents a comprehensive overview, market shares and growth opportunities of Agricultural Pest Control market by product type, application, key companies and key regions.

This study considers the Agricultural Pest Control value generated from the sales of the following segments:

Segmentation by product type: breakdown data from 2014 to 2019 in Section 2.3; and forecast to 2024 in section 10.7.

Rats Control

Mice Control

Birds Control

Slugs Control

Snails Control

Ants Control

Cockroaches Control

Others

Segmentation by application: breakdown data from 2014 to 2019, in Section 2.4; and forecast to 2024 in section 10.8.

Grains

Fruits

Vegetables

Flowers

Others

This report also splits the market by region: Breakdown data in Chapter 4, 5, 6, 7 and 8.

Americas

United States

Canada

Mexico

Brazil

APAC

China

Japan

Korea

Southeast Asia

India

Australia

Europe

Germany

France

UK

Italy

Russia

Spain

Middle East & Africa

Egypt

South Africa

Israel

Turkey

GCC Countries

The report also presents the market competition landscape and a corresponding detailed analysis of the major vendor/manufacturers in the market. The key manufacturers covered in this report: Breakdown data in in Chapter 3.

Rentokil

Ehrlich

Western Exterminator Company

BASF

Critter Busters Inc

Swift Pest Control LTD

Twilight Pest Control

Heath Pest Control

Al Naboodah Group Enterprises LLC

Nightshift Pest Control

Dealey Pest Control

Steffel Pest Control Inc

McLaughlin Gormley King Company

ISCA

FMC

National Cleaning Company

Adama

In addition, this report discusses the key drivers influencing market growth, opportunities, the challenges and the risks faced by key players and the market as a whole. It also analyzes key emerging trends and their impact on present and future development.

Research objectives

To study and analyze the global Agricultural Pest Control market size by key regions/countries, product type and application, history data from 2014 to 2018, and forecast to 2024.

To understand the structure of Agricultural Pest Control market by identifying its various subsegments.

Focuses on the key global Agricultural Pest Control players, to define, describe and analyze the value, market share, market competition landscape, SWOT analysis and development plans in next few years.

To analyze the Agricultural Pest Control with respect to individual growth trends, future prospects, and their contribution to the total market.

To share detailed information about the key factors influencing the growth of the market (growth potential, opportunities, drivers, industry-specific challenges and risks).

To project the size of Agricultural Pest Control submarkets, with respect to key regions (along with their respective key countries).

To analyze competitive developments such as expansions, agreements, new product launches and acquisitions in the market.

To strategically profile the key players and comprehensively analyze their growth strategies.

Table of Contents

2019-2024 Global Agricultural Pest Control Market Report (Status and Outlook)

1 Scope of the Report

1.1 Market Introduction

1.2 Research Objectives

1.3 Years Considered

1.4 Market Research Methodology

1.5 Economic Indicators

1.6 Currency Considered

2 Executive Summary

2.1 World Market Overview

2.1.1 Global Agricultural Pest Control Market Size 2014-2024

2.1.2 Agricultural Pest Control Market Size CAGR by Region

2.2 Agricultural Pest Control Segment by Type

2.2.1 Rats Control

2.2.2 Rats Control

2.2.3 Birds Control

2.2.4 Slugs Control

2.2.5 Snails Control

2.2.6 Ants Control

2.2.7 Cockroaches Control

2.2.8 Others

2.3 Agricultural Pest Control Market Size by Type

2.3.1 Global Agricultural Pest Control Market Size Market Share by Type (2014-2019)

2.3.2 Global Agricultural Pest Control Market Size Growth Rate by Type (2014-2019)

2.4 Agricultural Pest Control Segment by Application

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Global Agricultural Pest Control Market 2020 | Increasing Demand, Technology Development, New Innovations, Future Projections and Forecast 2025 - News...

Have you ever tried to explain a paper, class, or even your overall major to someone who just doesnt get it? It can be hard trying to tell people why youre so interested in a subjectespecially if that subject happens to be creepy-crawly insects. Yet the study of insects, also known as entomology, is crucial to our society. Like any other field of study, entomology provides an endless variety of opportunities for you to pursue. You just have to know where to look. If youre interested in entomologyor if you just want an explanation to give your friends and familyhere are some of the reasons why its important to study insects.

When youre in college, your future career is always at the back of your mind. This is good news for any aspiring entomologists because there are endless careers you can find through the study of insects. Its not all about pest control, either (although pest control consultants for homeowners and industrial companies are always in high demand). You can help the police by becoming a forensic entomologist. Have you ever considered a career in the arts? Become a consultant for artists, writers, or designers, or create your own work with the knowledge you gain.

The agricultural industry also depends on the study and knowledge of insects. There are a variety of jobs you can have that benefit farmers and their products. You might study the diseases that insects can spread to livestock, as well as preventative measures. Perhaps you lean toward pest control and how we can protect crops and food products from harm. Another major example is the study of pollinators like honey bees, which are invaluable to farmers and their crops.

Despite their size, insects are an essential part of the ecosystem. One of the biggest reasons why its important to study insects is the positive environmental impact you can have. You can work for and with federal government organizations like the Environmental Protection Agency to help advocate for endangered species and their environments. Whether youre protecting natural habitats from big industry or preventing pests from harming forests and other environments, your work as an entomologist can have a major impact on the natural world.

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Why Its Important to Study Insects - The Free Press of the University of Southern Maine

LANSING Michigan Craft Beverage Council (MCBC) today announced that 14 projects will receive funding through its 2020 research grant program.

MCBC recommended more than $400,000 in project support the largest annual research contribution from the Council to date. Five of the proposals selected are continuation projects from the 2019 grant program that are all in good standing. In total, MCBCs competitive grant program received 22 applications requesting more than $800,000.

These project awards were identified with the future of the industry in mind, said Gary McDowell, chair of the Michigan Craft Beverage Council. MCBCs Research Committee established timely research priorities, and the Council chose fitting and well-thought out proposals.

The 2020 research priorities of the Council: climate change impacts; crop quality including pest and disease management and soil health; water management and wastewater practices; market research; and new varieties for hops, fruit, barley, rye, and other agricultural inputs used in the craft beverage production.

Projects selected for 2020 research funding include:

Grapevine Cold Hardiness Research

Development of Red-Juiced Apple Cultivars for Michigan Hard Cider

Investigating the Terroir-Influenced Quality Attributes of Hops

Variety Selection and Agronomy Practices for Soft Winter Wheat Malting

Evaluation of Cereal Rye Varieties for the Michigan Craft Distilling Industry

Role of Planting Date and Seeding Rate in Optimizing Winter Survival, Yield and Quality of Malting Barley

Developing Integrated Pest Management Approaches for Bunch and Sour Rot Control in Michigan Vineyards

Optimizing Fungicide Inputs for Disease Management on Barley & Hops

Fermented Beverage Analysis

Investigating Winter Hardiness to Advance Winter Malting Barley as a Climate Adaptation Strategy in Michigan

Berries & Brews: Understanding the Market and Technological Processing Opportunities of Michigan Grown Fruit in the Craft Beverage Industry

Research Education for Michigans Grape, Wine and Cider Industry

Finding Solutions to Manage Plant-Parasitic Pests in Hopyards

Increasing Demand for Michigans Emerging Hard Cider Industry

At the close of the grant cycle, final reports will be posted to the Councils website research database. The new database is designed to contain research funded through the Michigan Craft Beverage Council and the former program, Michigan Grape & Wine Industry Council. Searchable by keyword, author, year, category and crop, the database is designed to make the research of the Council easily accessed by industry members.

For more information about the Michigan Craft Beverage Council, including grants, grower connections, business support and tourism opportunities, visit MichiganCraftBeverage.com.

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Michigan Craft Beverage Council announces research grants for beer, hard cider, spirits and wine production | News, Sports, Jobs - Daily Mining...

Published: 16:32 Tuesday 03 March 2020

North Lanarkshire Council has been forced to deny that it has just one lone pest control officer for the whole of the authority.

The issue came to light after Scottish National Party MSP Clare Adamson spoke out on behalf of constituents amidst claims that numbers of rats and mice are alarmingly on the rise.

Stating that complaints to the council were simply going unheeded Ms Adamson said: The reducation in bin collections is a possible cause but my communications with the council suggests that a drastic reduction in the number of pest control officers, coupled with an end to proactive baiting, are significant factors that are not being given attention.

It is highly distressing to have a home invaded by rats or mice

One pest control officer to cover the whole of North Lanarkshire is entirely inadequate

A council spokesperson said: Although the council has reduced the number of pest control officers it employs directly, we have commissioned a private pest control firm to ensure that residents receive the same service within the same time period.

To say that we only have one pest control officer to cover the entire council area is misleading.

Where there is identified rodent activity within private land, the council has powers to identify the owner of the land and require them to take steps to have the area treated.

The council provides a three weekly bin collection which is the maximum volume of uplift recommended by the Scottish Government, as part of its Household Waste Charter. If residents utilise the four bin system correctly there should be sufficient bin capacity.

See the rest here:
Why cant you tackle mice and rats in Motherwell area says MSP - Motherwell Times

By The Canadian Press on March 4, 2020.

EDMONTON Health Canada is moving forward with a ban on the use of the deadly pesticide strychnine to kill gophers.

The Health Canada website says an evaluation of scientific information confirms there are risks to other animals, including species at risk, for products registered to control Richardsons ground squirrels.

In 2018, Health Canada cited concerns about animals including the swift fox and the burrowing owl in its proposal.

Gophers, which burrow underground, can damage crops and their burrows can injure livestock.

Health Canada says it made the decision after reviewing comments from agriculture groups, governments, environmental groups and members of the general public.

The governments of Alberta and Saskatchewan expressed concerns about a ban and groups including the Canadian Cattlemens Association and the Saskatchewan Association of Rural Municipalities opposed it.

Based on the evaluation of currently available scientific information, Health Canada has concluded that the environmental risks associated with the use of strychnine and its associated end-use product to control Richardsons ground squirrels were not shown to be acceptable when this product is used according to the label directions and required mitigation measures, the Health Canada decision says.

Under the authority of the Pest Control Products Act, Health Canada is cancelling strychnine used to control Richardsons ground squirrels.

In 2018, Alberta Agriculture said producers were worried about the financial implications of a ban because strychnine is the only effective tool for controlling gophers.

The department noted that Alberta has about 24 million seeded acres of crop each year with an estimate of $5 billion of production value.

Richardson ground squirrel populations have the potential to explode in the absence of viable control options. This could result in huge financial impacts to agricultural producers, a government spokeswoman said at the time.

The Saskatchewan government said when used according to the label, strychnine is the most efficient and effective control measure for Richardsons ground squirrels and has limited environmental effect.

The cattlemens association had said that the regulated use of liquid strychnine should continue because it is an effective tool and there is no practical alternative.

Health Canada plans to phase out strychnine products used for gopher control.

People who are against the decision have 60 days to file an objection, which must be based on scientific grounds.

This report by The Canadian Press was first published March 4, 2020.

With file from CJWW

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Read the original here:
Health Canada to ban strychnine to kill Richardson's ground squirrels - Medicine Hat News

Global Biological Pest Control Market 2020, presents a professional and in-depth study on the current state of the industry globally, providing basic overview of Biological Pest Control market including definitions, classifications, applications and industry chain structure. Historical data available in the report elaborates on the development of the Biological Pest Control market on a global and regional level. The report compares this data with the current state of the Biological Pest Control market and thus discuss upon the upcoming trends that have brought the Biological Pest Control market transformation.

Industry predictions along with the statistical implication presented in the report delivers an accurate scenario of the Biological Pest Control market. The market forces determining the shaping of the worldwide Biological Pest Control market have been evaluated in detail. In addition to this, the supervisory outlook of the Biological Pest Control market has been covered in the report from both the Global and local perspective. The demand and supply side of the Biological Pest Control market has been broadly covered in the report. Also the challenges faced by the players in the Biological Pest Control market in terms of demand and supply have been listed in the report.

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In Global Biological Pest Control Industry report, development policies and plans as well as market size, share, end users are analyzed. Growth prospects of the overall Biological Pest Control industry have been presented in the report. This industry study segments Biological Pest Control global market by types, applications and companies. However, to give an in-depth view to the readers, detailed geographical segmentation of Biological Pest Control market within the globe has been covered in this study. The key geographical regions along with Biological Pest Control revenue forecasts are included in the report.

The Biological Pest Control market is segmented on the basis of key players, types and applications.

The leading players of worldwide Biological Pest Control industry includes

BASFInVivoDudutechKoppertBiobest GroupArbicoApplied Bio-nomicsENTOCAREBioBeeAnatis BioprotectionRentokilBeneficial insectaryF.A.RKenya Biologics Ltd.XilemaSDS BiotechFujian Yan Xuan Biological Control TechnologyHenan Jiyuan Baiyun IndustryE-nema GmbHBiohelp

Type analysis classifies the Biological Pest Control market into

Predatory MitesInsectsNematodesOther

Various applications of Biological Pest Control market are

VegetablesTurf and GardeningCropFruitOther

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Global Biological Pest Control Market regional analysis covers:

The industry research presents Biological Pest Control market in North America mainly covers USA, Canada and Mexico. Biological Pest Control market in Asia-Pacific region cover-up China, Japan, Korea, India and Southeast Asia. Biological Pest Control market in Europe combines Germany, France, UK, Russia and Italy. Biological Pest Control market in South America includes Brazil, Argentina, Columbia etc. Biological Pest Control market in Middle East and Africa incorporates Saudi Arabia, UAE, Egypt, Nigeria and South Africa.

The competitive framework of the market in terms of the Global Biological Pest Control industry has been evaluated in the report. The Biological Pest Control market top companies with their overall share and share with respect to the global market have been included in the Biological Pest Control report. Furthermore, the factors on which the companies compete in the worldwide Biological Pest Control industry have been evaluated in the report. So the overall report helps the new aspirants to inspect the forthcoming opportunities in the Biological Pest Control market.

Chapter 1, to describe Biological Pest Control product scope, market overview, market opportunities, market driving force and market risks.

Chapter 2, to profile the top manufacturers of Biological Pest Control, with price, sales, revenue and global market share of Biological Pest Control in 2018 and 2019.

Chapter 3, the Biological Pest Control competitive situation, sales, revenue and global market share of top manufacturers are analyzed emphatically by landscape contrast.

Chapter 4, the Biological Pest Control breakdown data are shown at the regional level, to show the sales, revenue and growth by regions, from 2015 to 2020.

Chapter 5, 6, 7, 8 and 9, to break the sales data at the country level, with sales, revenue and market share for key countries in the world, from 2015 to 2020.

Chapter 10 and 11, to segment the sales by type and application, with sales market share and growth rate by type, application, from 2015 to 2020.

Chapter 12, Biological Pest Control market forecast, by regions, type and application, with sales and revenue, from 2020 to 2025.

Chapter 13, 14 and 15, to describe Biological Pest Control sales channel, distributors, customers, research findings and conclusion, appendix and data source.

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Orbis Reports is constantly motivated to offer superlative run-down on ongoing market developments. To fulfill this, our voluminous data archive is laden with genuine and legitimately sourced data, subject to intense validation by our in-house subject experts. A grueling validation process is implemented to double-check details of extensive publisher data pools, prior to including their diverse research reports catering to multiple industries on our coherent platform. With an astute inclination for impeccable data sourcing, rigorous quality control measures are a part and parcel in Orbis Reports.

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Biological Pest Control Market 2020 | By Top Manufacturers, Growth, Emerging Trends, Size, Global Share Analysis and Forecast to 2025 - 3rd Watch News

Think back to the 1950s, when America was bouncing back from World War II and the Korean conflict. The GI Bill gave many veterans unprecedented access to education, and Americas land grant universities were the beneficiaries of talented young scientists. WWII was also the period where synthetic organic pesticides went from the laboratory to the field, with newfound applications in pest control.

The new pesticides were broad spectrum and highly effective and could be tweaked in the lab to create new products with slightly different spectrums of activity. A new era in pest control had begun, erasing 60 years of fighting a rear-guard action against declining efficacy of a meager handful of compounds. It was a heady time in pest control.

Despite the incredible success of the new synthetics, many entomologists began to see the downsides mostly in the destruction of natural enemies, leading to renewed pest problems. Even in those early days, pesticide resistance was an issue. By the late 1950s, the rose-colored glasses were no longer rosy as the unintended consequences began to manifest themselves.

The realization of these phenomena, and the ecological principles which underlaid them, became the birth of the integrated pest management movement. The visionaries of the time (many at the University of California, Berkeley) began to point out the deficiencies of a solely pesticide-based approach and built the framework of a new way of looking at pest management the realization that all of the components of an agroecosystem interacted and, therefore, must be taken into account in a management program.

Like any new theory, IPM in the 1950s was a bit revolutionary. The scientists being trained during this period, infused with these ideas and principles, were challenged to go forth into various cropping systems and turn the principles into practice. And that is exactly what happened in Pacific Northwest tree fruits, thanks in large part to the work of Washington State University entomologists Stan Hoyt and Everett Burts.

Stan graduated from UC Berkeley, the crucible of IPM, in 1957, just as the theory of IPM was taking form. He did a stint in the Korean War in a MASH unit working on hemorrhagic fever vectors and returned to Berkeley to finish his degree. His goal was forest entomology, but the opportunities were more plentiful in tree fruits, and so he completed a doctorate on woolly apple aphid, with entomologist Harold Madsen.

Because of his tree fruit experience, he was hired by WSU to work at the Tree Fruit Research Center in Wenatchee. He worked on all pests of apples, but one situation captured his attention: the influence of the codling moth program on spider mites. By the mid-1960s, he began pitching his (radical) new idea to the Washington tree fruit industry: that insecticides (and miticides) were the problem, not the solution, and that left alone, predatory mites (typhs) could keep pest mites below levels that caused injury.

Finessing the codling moth and apple thinning programs was part of the new integrated approach. But it took a bad frost year, when there wasnt enough of a crop to merit spraying, that really proved the point: Less is more when it comes to integrated mite control. The idea took hold and expanded throughout the 1970s, until it became the norm for apple growers. By the mid-1980s, growers and consultants were proactively protecting their typhs and bragging that they had not sprayed for mites in 25 years. Despite periodic disruption by new pesticides, the program still works today.

Stan Hoyt was born in 1927 in Oakland, California, and grew up in the Bay Area. He studied entomology as an undergraduate at the University of California, Berkeley, and after a tour in the Korean War, returned to complete a doctorate in 1957, with Harold Madsen. He began his career at WSUs Tree Fruit Research Center in Wenatchee in the fall of 1957. He served as director from 1983 until his retirement in 1993.

Stan passed away on Nov. 30, 2019. He is survived by his wife, Beverley Hoyt; daughter, Kathleen (Mike Kentley) Hoyt; grandson, Kieran; son, David (Chris) Hoyt; granddaughter, Ariana; and brother, Jim Hoyt. He was preceded in death by daughter Kristine Hoyt.

Pear psylla has not always been the scourge of Pacific Northwest pear growers. Introduced from Eurasia in the 1800s, psylla was detected in the Spokane area in 1939, marking the beginning of a devastating march through Northwest pear orchards.

Both the relatively new organophosphate and the organochlorine insecticides had stopped working due to resistance development by 1958, the year Everett Burts began his work as the pear entomologist at Washington State Universitys Tree Fruit Research Center in Wenatchee. For the next 36 years, Burts worked to find both short-term fixes and long-term solutions for psylla, driven by the insects history of developing resistance.

Those who worked closely with him recall his contributions in areas such as: the introduction of areawide control programs for psylla; the challenge of fitting newly registered insecticides into existing control programs; utilization of natural enemies to control pear psylla; sampling treatment thresholds; and the role that cultural control measures such as tree washing, shoot removal and fertilizer programs could play in suppressing psylla.

While his work gained global recognition, Everett also understood the importance of helping people understand how best to apply this research. Pear industry leaders recall that he provided this information with a calm kindness and patience. It was this combination of technical expertise and commitment to outreach that helped to create in the 1990s what longtime Blue Star Growers horticulturist Greg Rains calls the golden age of pear pest management.

Everett Burts was born in 1931 and grew up at Horse Lake, west of Wenatchee, Washington. He attended the Wenatchee public schools and spent a year at Wenatchee Valley College before attending and graduating from Washington State College. He then went on to Oregon State College, completing his doctorate in 1958 and returning to Wenatchee to work for Washington State University until his retirement in 1994.

Everett passed away on Nov. 17, 2019. He is survived by Willow Burts, his wife of 65 years, along with two sons, James (Julanne) and Doug (Janet) and their families.

The original Burts homestead is now part of the Chelan-Douglas Land Trusts 1,500-acre Horse Lake Reserve.

The early days of IPM were shaped by the entomologists of the time. Stan and Everett laid the foundations for the Washington tree fruit industry: conserving beneficial insects, modifying spray practices, understanding the underlying horticultural systems in other words, seeing the big picture. We still embrace and practice these concepts today, and as a new generation comes up to bat, they will know what they are aiming at. And, they will improve on it in ways we have yet to discover.

by Betsy Beers and Mike Willett

Betsy Beers is a professor and entomologist at Washington State Universitys Tree Fruit Research and Extension Center in Wenatchee. Mike Willett worked for Oregon State University, Washington State University and directly for the Pacific Northwest tree fruit industry over a 40-year career.

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Good to Know: Reflections on the elder statesmen of apple and pear IPM - Good Fruit Grower