Integrated Pest Management Policies Research Articles

The Analysis on The Formulation of Integrated Pest Management Policy Strategy by Using Swot-AHP Method (A Case Study on Vegetable Plant Cultivation in Lampung Province)

The objective of this research was to formulate a policy strategy for integrated pest management by using SWOT AHP methods (case study on vegetable cultivation in Lampung Province). This method used A’WOT; the combination of AHP (Analytical Hierarchy Process) analysis and SWOT (Strength-Weakness-Opportunity-Threat) analysis. The analysis result showed the main strength factors becoming the base for sustainable agricultural business were the availability of good structures and infrastructures both in production and marketing, and the availability of sufficient production structure (seeds) with good quality and quantity. The weakness factors becoming concern were dominantly lack of institutional funding (capital) for vegetable business, many problems in the integrated pest management (IPM) technology implementation stage, many problems in good agriculture practices (GAP), and numbers of families making their life as farmers. The opportunity factors were the availability of IPM and GAP technologies, growing campaign for consuming domestic products reducing import, and high government commitment to improve vegetable farmers’ welfare. The threats to concern were no protection operational base and farmer’s empowerment, very few institutional funding (capital) for vegetable business, and many problems in the GAP and technology implementation. Six strategies becoming priority in order were drafting the regulation and standard of operation that regulate IPM and GAP implementations; strengthening farmer’ institution, capital and agricultural insurance; drafting legality of operational protection and farmer’s empowerment; agricultural intensification in order to improve quantity, quality, safety, and environmental insight for food security and independency; optimization of technology transfer by socialization or education of IPM and GAP for vegetable crops; and inexpensive IPM system based controlling technology development and effective and efficient of alternative production structures.

Predicting the Invasion Potential of Indigenous Restricted Mango Fruit Borer, <i>Citripestis Eutraphera</i> (Lepidoptera:Pyralidae) in India Based on Maxent Modelling

The mango fruit borer, Citripestis eutraphera (Meyrick), originally confined to the Andaman Islands, is a recent invasion in mainland India. With changes in climatic conditions, the pest is likely to spread in other major mango-growing regions of the country and can pose serious threats to mango production. In this backdrop, the present study examines the impact of climate change to develop spatio-temporal distribution of invasive C. eutraphera in India using the maximum entropy (MaxEnt) modelling approach. Integration of point data on current occurrence of pest and corresponding bioclimatic variables in MaxEnt were used to define the potential distribution in India and mapped using spatial analysis tool in ArcGIS. The model framework performed well as indicated by high area under the curve (0.97) value. Jackknife test for estimating predictive power of the variables indicated that ‘isothermality’ and ‘temperature seasonality’ significantly affected C. eutraphera distribution. It was found that mango-growing pockets in the southwestern parts of Gujarat, as well as parts of Kerala and Tamil Nadu were moderately to highly suitable for C. eutraphera distribution in 2050 and 2070. The results of this study could be an important guide for selecting monitoring and surveillance sites and designing integrated pest management policies in the context of climate change against this invasive pest of mango.

Drivers of farmers' intention to use integrated pest management: Integrating theory of planned behavior and norm activation model

Integrated pest management (IPM) has been promoted as an environmentally friendly pest control approach, but its adoption by farmers, particularly in developing countries, is low. The main purpose of the current study was to examine factors affecting the intention of farmers to use IPM practices in Iran. The research model was developed using the Theory of Planned Behavior (TPB) and the Norm Activation Model (NAM) and was empirically tested using data obtained from structured interviews with 327 tomato producers in Zanjan Province in northwestern Iran. Structural Equation Modeling (SEM) analysis indicated that all three components of attitude, perceived behavioral control (PBC), and subjective norm significantly influenced intention in the original TPB, while subjective norm had no statistically significant effect on intention in the integrative TPB-NAM. Despite this fact, subjective norm significantly impacted attitude, PBC, and personal norm in the integrative model. The study also supported the significant effect of awareness of consequences (AC) on personal norm, ascription of responsibility (AR), attitude, and subjective norm as well as the significant effect of AR on personal norm. Overall, personal norm was the most salient determinant of farmers' intention to use IPM practices in the integrative model. Most notably, integrating the constructs of TPB and NAM and particularly adding the interrelationships among the volitional, moral, and cognitive dimensions of the two models significantly enhanced the predictive power, utility, and comprehensiveness of the proposed framework for explaining farmers' intention to use IPM practices. The findings of this research provide a clearer understanding of factors driving the promotion of IPM among farming community and can be a basis for developing IPM policy interventions in Iran and other developing countries.

Integrated Pest Management Efforts for Eco-friendly Agricultural Production in Nepal: A Perspective

World-wide, Integrated Pest Management (IPM) has been considered one of the eco-friendly and powerful tools to manage crop pests. In Nepal, it has been adopted for more than two decades with its highest success in various crops. As dissemination and up-scaling tools to this approach, Farmers Field School (FFS) is being launched in numerous farming communities. The basic notion of initiation of this program was to mitigate and combat the negative consequence created by chemical pesticides while controlling insect pests in crops. In Nepal, it started in 1997 through a FAO Technical Cooperation Project (TCP). This article summarizes IPM activities ever since TCP to Second Phase of IPM Program (2008-2013) launched by the Government of Nepal with the support of Norwegian government. Until, 2012/013, altogether 3772 FFSs were conducted by PPD and FAO initiatives and 99751 farmers graduated in IPM Program, while 1175 farmers trained as IPM FFS Facilitators. More than 5000 farmers groups benefited from yearlong IPM FFS. Medium level agricultural technicians, government Officers from different disciplines and 25 participants from Council for Vocational Education and Training Centre (CTEVT) were trained as IPM Master Facilitators. IPM policy and participatory system of IPM product certification system were drafted however; they could not be finalized during the project period. Support for Master Degree studies and Bachelor degree mini-thesis were provided to students of various Agriculture Education Institution. Curricula developed for yearlong IPM FFS in different crops were adopted by CTEVT and other Institute in their academic programs. In the the later phase of project, emphasis was towards the institutionalization of the outcomes into regular program of the Government with a modified approach of bio pesticide production, plant clinics and networking. The program ignited and stressed largely on the socio-technical empowerment to the farmers and technicians. Initiation on the marketing of IPM products was also one of the outputs. This should be linked with increasing use of bio pesticides to the healthy food production so that environmentally damaging chemical pesticides may be reduced from the country.

School Factors Associated With the Implementation of Integrated Pest Management-Related Policies and Practices.

Schools are particularly vulnerable to pests, but integrated pest management (IPM) can address pest problems. This study describes IPM policies and practices and the extent to which they are associated with school characteristics. We analyzed data from the 2014 School Health Policies and Practices Study, a nationally representative survey of schools in the United States (N = 568, response rate = 69%). Pairwise comparisons assessed differences in pest prevention strategies by school characteristics. Nationwide, 55.3% of schools conducted campus-wide inspections for pests at least monthly; 35.6% of schools notified staff, students, and families prior to each application of pesticides; and 56.1% of schools required custodial or maintenance staff to receive training on pest management practices that limit the use of pesticides. During the 12 months before the study, 46.5% of schools almost always or always used spot treatments and baiting rather than widespread applications of pesticides, and 36.8% of schools almost always or always marked indoor and outdoor areas that had been treated with pesticides. No clear pattern emerged for school characteristics associated with IPM policies and practices. The variation in implementation of IPM-related policies and practices suggest opportunities for targeted education among school staff about IPM principles.

Put a (clear, goal-oriented, flexible and focused) contract on them! Some thoughts on selecting your pest contractors

In the last 20 years, IPM (Integrated Pest Management) has become an increasingly important discipline within the area of Preventive Conservation. Incorporating an IPM program is a complex task even for a small sized institution, so when facing the challenge of starting a monitoring, recording, quarantine and identification scheme whilst ensuring that IPM protocols and best practices cascading from a comprehensive IPM Policy are followed throughout the institution, most IPM professionals tend to focus on the invertebrate pest problem while relaying entirely on external pest control companies to deal with the parallel issue of vertebrate pest. This talk will present a case study to show an example of the well-known correlation between vertebrate and invertebrate pest activity and their complex relations, providing a few tips for those new to IPM on how to spot potential infestation sources, identifying points of entry and following the clues to find the origin of infestations, demonstrating how the detective work is an essential part of the role of an IPM professional. Following up on the case study the talk will lead on to discuss the importance of stablishing secure and long-lasting relationships with key position holders in your institution in order to influence key contracts. The talk will provide advice on how to help your colleagues in Building/Estates Management Departments (those usually being in charge of managing pest control contracts), select the best candidate for an institution that have chosen the IPM strategy of prevention and investment on investigation over the traditional methods of pest control. The talk will also discuss issues of reaction versus prevention, legalities, preventive strategies, raising awareness of IPM in your institution, the importance of education and outreach and many other areas of IPM you always wanted to know about but were afraid to ask…

Climate variability, perceptions and political ecology: Factors influencing changes in pesticide use over 30 years by Zimbabwean smallholder cotton producers.

Pesticides represent a potential public health hazard of note in farming communities. Accumulating evidence indicates that some pesticides used in agriculture act as hormone disrupters, with the potential to result in chronic health effects. Despite such a growing evidence base, pesticides remain the preferred method of pest control in agriculture worldwide. In many parts of Sub-Saharan Africa, usage is on the increase. This qualitative study assessed changes in the usage of pesticides by Zimbabwean smallholder cotton farmers in the past 30 years. Farmers reported an increase in the usage of pesticides, specifically insecticides, since the early 1980s. An increase in pest populations was also reported. The findings suggested a bi-directional causal relationship between the increase in pest population and the increase in pesticide use. Factors which emerged to have collectively impacted on the changes include climate variability, limited agency on the part of farmers, power dynamics involving the government and private cotton companies and farmers’ perceptions and practices. An Integrated Pest Management Policy for Zimbabwe is recommended to facilitate integration of chemical controls with a broad range of other pest control tactics. Continuous farmer education and awareness raising is further recommended, since farmers’ perceptions can influence their practices.

An Integrated Pest Management Intervention Improves Knowledge, Pest Control, and Practices in Family Child Care Homes.

To reduce young children’s exposure to pesticides when attending family child care homes (FCCHs), we developed an integrated pest management (IPM) intervention for FCCH directors. First, we developed IPM educational materials and resources to provide the foundation for an IPM educational intervention for FCCHs. Next, we conducted and evaluated a six-month nurse child care health consultant (CCHC)-led education and consultation IPM intervention to increase IPM knowledge, IPM practices, IPM policies, and decrease the presence or evidence of pests. The pilot intervention study was conducted by three CCHCs in 20 FCCHs in three counties in California. Pre- and post-intervention measures were completed by the FCCH directors and observation measures were completed by the CCHCs. Results indicated significant increases in IPM knowledge, (t-statistic (degrees of freedom), (t(df) = 2.55(10), p < 0.05), increases in IPM practices (t(df) = −6.47(17), p < 0.05), and a 90% reduction in the prevalence of pests. There were no significant differences in changes in IPM practices based on director education, FCCH county, or IPM intervention intensity or duration. A nurse-led IPM education and consultation intervention can reduce exposures of young children attending family child care homes to harmful chemicals.

Using district-level occurrences in MaxEnt for predicting the invasion potential of an exotic insect pest in India

Insect pests are a major threat to agricultural biosecurity across the world, causing substantial economic losses. Majority of the species distribution modeling studies use precise coordinates (latitude/longitude) of species occurrences in MaxEnt (or maximum entropy model). However, lack of precise coordinates of insect pest occurrences at national/regional level is a common problem for many countries including India. This is because of the limited resources, lack of nationally coordinated surveys, and growers/farmers’ privacy issues; district-level occurrences are commonly available (e.g., National Agricultural Pest Information System or NAPIS in the United States; http://pest.ceris.purdue.edu/). We demonstrated the use of MaxEnt to generate a preliminary, district-level map of the potential risk of invasion by an exotic cotton mealybug Phenacoccus solenopsis (Tinsley) (Hemiptera: Pseudococcidae) in India. District-level occurrence data were integrated with bioclimatic variables (values averaged within districts) using MaxEnt. The MaxEnt model performed better than random with an average test AUC value of 0.86 (±0.05). Our model predictions matched closely with the documented occurrence of P. solenopsis in all nine cotton growing states, and also predicted suitable habitats in other districts across India. The greatest threat of P. solenopsis infestations were predicted in most districts of Gujarat, Maharashtra, Andhra Pradesh, southwestern Punjab, northwestern Rajasthan, and western Haryana. Precipitation of coldest quarter, temperature annual range, and precipitation seasonality were the strongest predictors associated with P. solenopsis distribution. Precipitation of coldest quarter was negatively correlated with P. solenopsis occurrence. Mapping the potential distribution of invasive species is an iterative process, and our study is the first attempt to model national-level risk assessment of P. solenopsis in India. Our results can be used for selecting monitoring and surveillance sites and designing local, regional and national-level integrated pest management policies for cotton and other cultivated crops in India. The maps of potential pest distributions are urgently needed by agriculture managers and policymakers. Our approach can be used in other countries that lack precise coordinates of insect pest occurrences and generate a preliminary map of potential risk because it may be too late to wait for the precise coordinates of pest occurrences to generate a perfect map.

Implementing an integrated pest management (IPM) program in child care centers: A qualitative study

Pesticide use in and around child care centers is a potential health threat to children and staff. The implementation of integrated pest management (IPM) can reduce these risks yet child care providers receive minimal, if any, education concerning pest management. The objectives of this qualitative study are to: (a) develop a model to describe the process of implementing an IPM program in child care centers, (b) identify the facilitators and barriers to implementing an IPM program in child care centers, and (c) examine congruence between IPM practices identified on an IPM checklist with practices reported in qualitative interviews with child care managers. Interviews and IPM checklist observations were conducted with nine child care center managers in California before and after the introduction of a pilot IPM education intervention program. The qualitative analysis of the interviews revealed a four-stage IPM implementation process, from awareness of IPM, recognizing the importance of IPM and learning how to practice it, motivation and the decision to adopt IPM, to the implementation of IPM. A wide range of facilitators and barriers were identified. There was general congruence between the manager interviews and IPM checklist findings on IPM policies, practices, and management. Understanding the process of how an IPM program was implemented in these child care centers and the facilitators and barriers involved in the process can inform planning efforts for future health interventions in child care.

The Asian clam Corbicula fluminea in the European freshwater-dependent industry: A latent threat or a friendly enemy?

While the biofouler Corbicula fluminea (Müller, 1774) is known to cause great economic losses in North America, studies reporting the problem in Europe are much scarcer. This paper explores the industrial effects of the species in Portugal, the gateway by which the bivalve entered Europe around 30 years ago. National waterworks, major power stations, cement plants, pulp and paper mills and irrigation systems were surveyed. The industrial impacts of the pest were shown to remain relatively mild; irrigation systems are those that seem to be facing more significant economic losses due to infestation. Possible reasons for the apparent discrepancy between this result and the species dispersal in natural ecosystems are discussed, and recommendations on adequate responses to the latent threat are provided. This study may assist the implementation of integrated pest management policies in countries at risk of invasion or recently invaded, and contribute to an understanding of the species’ progression in industrial environments.

Integrated Pest Management Policy and Treatment Options for University Housing

The purpose of this manual is to train pest management technicians of the UF Department of Housing and Residence Education in integrated pest management (IPM). It includes the DOHRE IPM policy, specific IPM objectives, responsibilities of the DOHRE Senior IPM Technician, a flow chart of IPM actions, and requirements for using pesticides and associated recordkeeping. Pest-specific IPM options are provided for ants; bed bugs; bees and wasps; birds and bats; booklice, silverfish, and earwigs; cockroaches; flies; rodents; stored product pests; termites; and weeds. Selected references are provided, and there are forms for assuring service, pest surveillance, and record keeping. This 42-page training manual was written by Kevyn J. Juneau, Jennifer L. Gillett-Kaufman, Norman C. Leppla, Kirk W. Martin and A. Wayne Walker and published by the UF Department of Entomology and Nematology, February 2010. http://edis.ifas.ufl.edu/in880 Revised 2012.

Pesticides Use in Hospitals

The literature is replete with evidence of human health risks associated with cleaning products, sterilants, disinfectants, antimicrobials, and a wide range of pesticides such as insecticides, fungicides, and rodenticides. This article focuses on the health risks associated with pesticide and antimicrobial use in the health care setting and the roles that nurses can play in assessing and addressing the human health risks associated with exposure to these chemicals. Specifically, common biocides, sterilants, insecticides, herbicides, and fungicides are reviewed, including products in which they may be found in and the health effects associated with their use. Then follows a discussion of actions nurses and nurse administrators can implement to reduce exposure to these chemicals. These interventions include improving assessment of patient exposure, education of staff and patients on health effects of hazardous chemicals and safer alternatives, and implementation of integrated pest management policies and programs within facilities and in the community.

Integrated Pest Management Policies in America's Schools: Is Federal Legislation Needed?

America's school children are at risk of developing asthma and other respiratory illnesses as a result of exposure to hazardous pesticides. Integrated pest management (IPM) policies are being implemented in states and school districts across the country; however, the content and regulation of these policies vary. The need for standardization of such policies and a federal IPM law is the only way to ensure that children in America's schools are adequately protected from exposure to hazardous pesticides used to control pests.

Integrated pest management of coffee for small-scale farmers in East Africa: needs and limitations

Coffee in East Africa (Kenya, Tanzania and Uganda) is an important cash and export crop for small-scale farmers. The crop suffers heavy yield losses due to damage caused by a wide range of indigenous pests (insects, diseases, nematodes and weeds). Current recommended pest control measures include a combination of cultural, resistant/tolerant cultivars and the use of broad spectrum chemical pesticides. Chemical pesticides are far more popular at the farm level than any of the other recommended pest control measures. Coffee pest control strategies are often aimed at individual pests with little consideration of the implications for the total coffee pest complex and its agro-ecosystem. This unilateral approach has resulted in increased pest pressure on coffee and some of its companion crops, outbreak of new pests of coffee, development of pest strains resistant to the cheap and commonly available chemical pesticides, increased environmental problems, increased health risks to man and livestock and an overall increase in the costs of coffee production, thus forcing many farmers to neglect their coffee plantations. Measures to alleviate the above problems, particularly the high production costs, are needed to improve coffee production and increase the cash return to the small-scale farmer. Integrated pest management (IPM) offers the best prospects for solving the above problems. However, lack of national IPM policies, poor extension systems, inefficient research-extension-farmer linkage and the lack of a holistic approach will delay the development and implementation of appropriate, acceptable and sustainable IPM practices.