This preview shows page 5 - 9 out of 57 pages. What is the third step of IPM (as put forth in this course)? Identification Evaluation Detection Method Selection. Economic, Functional, or Aesthetic Significance estion 27 1 / 1 point What is the fourth step of IPM (as put forth in this course)? Evaluation Detection Identification Economic ...
Third Step of IPM: Assessment: Assessment is the process of determining the potential for pest populations to reach an economic threshold or an intolerable level. There are important differences between the assessment of crop and urban pests.
Oct 15, 2016 · Question 26 1 / 1 point What is the third step of IPM (as put forth in this course)? Identification Economic, ... Question 28 1 / 1 point What is the fifth step of IPM (as put forth in this course)? Method Selection Identification Evaluation Economic, Functional, or Aesthetic Significance Detection. Weeds.
Oct 12, 2016 · Evaluation Economic, Functional, or Aesthetic Significance Identification Method Selection Detection Question 26 1 / 1 point What is the third step of IPM (as put forth in this course)? Economic, Functional, or Aesthetic Significance Detection Identification Method Selection Evaluation
5 Steps of IPMStep 1: Identify the Pest. This often-overlooked step is important. ... Step 2: Monitor Pest Activity. ... Step 3: Determine Action Thresholds. ... Step 4: Explore Treatment Options & Make Treatments. ... Step 5: Evaluate Results.
Seven IPM StepsStep 1: Planning. ... Step 2: Identification and Monitoring. ... Step 3: Course Management. ... Step 4: Evaluation and Analysis. ... Step 5: Intervention. ... Step 6: Record Keeping. ... Step 7: Communication.
The third step in IPM is developing a pest management goal. Most IPM program goals are to maintain the pest damage at an economically acceptable level. Once a goal is set for the IPM program, a strategy can be developed using multiple tactics to control the pest population.
Components of IPMKinds of IPM. ... Prevention. ... Monitoring. ... Pest Identification. ... Maps. ... Recordkeeping. ... Action Thresholds. ... Analyze and Choose Options.More items...
Steps of Integrated Pest Management (IPM)Proper identification of damage and responsible "pest" ... Learn pest and host life cycle and biology. ... Monitor or sample environment for pest population. ... Establish action threshold (economic, health or aesthetic) ... Choose appropriate combination of management tactics. ... Evaluate results.Mar 30, 2011
In practice, IPM is an ongoing cycle of seven critical steps:Step 1: Inspection. The cornerstone of an effective IPM program is a schedule of regular inspections. ... Step 2: Preventive Action. ... Step 3: Identification. ... Step 4: Analysis. ... Step 5: Treatment Selection. ... Step 6: Monitoring. ... Step 7: Documentation.
Successful IPM programs use this four-tiered implementation approach:Identify pests and monitor progress.Set action threshholds.Prevent.Control.Nov 4, 2021
Third Step of IPM: Assessment: Assessment is the process of determining the potential for pest populations to reach an economic threshold or an intolerable level. There are important differences between the assessment of crop and urban pests.
In summary, an IPM approach means that pest managers use multiple tactics to prevent pest buildups, monitor pest populations, assess the damage, and make informed management decisions, keeping in mind that pesticides should be used judiciously.
Physical barriers are important in termite, housefly, and rodent control. Use of pheromones (natural insect scents) has become widely used in pest management. Sometimes a manufactured “copy” of the pheromone that a female insect emits to attract mates can be used to confuse males and prevent mating.
Definition of IPM: Integrated Pest Management (IPM) is a process consisting of the balanced use of cultural, biological, and chemical procedures that are environmentally compatible, economically feasible, and socially acceptable to reduce pest populations to tolerable levels. Integrated means to combine.
Application of Control Measures: To apply a control measure, one must understand the pest organism, its life cycle and the type of damage it causes. All control options should be considered. The most effective and appropriate option or combination of options should be selected.
Every ecosystem is made up of living things and their non-living environment. The living and nonliving constituents of the ecosystem maintain a highly tuned balance in nature. The actions of one creature in the ecosystem usually affect other organisms of same or different species.
In fact, some 600 cases of pests, developing pesticide resistance varieties have been documented to date, including common lamb’s-quarter, houseflies, the Colorado potato beetle, the Indian meal moth, Norway rats, and the greenhouse whitefly.
To foster good communication with other departments responsible for ensuring the success of an IPM Plan (e.g. Facilities Operations and Custodial Services) To facilitate a swift and unified response to pest problems among departments with the understanding that the achievable goal is management; no policy will ever eradicate the pest problem.
In collections facilities, the two most common types of pests are insects and fungi . In the past, pest management usually involved regular applications of toxic chemicals (pesticides or fungicides) to specimens and collection areas.
Entomology collections are, ironically, extremely vulnerable to pest infestation. Many large collections have been treated in the past with heavy metal pesticides and, in more modern times, with fumigants to ward off invaders but these do not fully protect collections from infestation. Researchers must be aware of the history of pesticide and fumigant use for their own safety (see the section on Residual Pesticides in the Health & Safety section of this site for more information). Tips for keeping invertebrate collections safe from pests include:
Making sure that collection areas are kept clean and free of trash, debris and foodstuffs that could encourage pests. Good housekeeping helps prevent infestations. Developing new collection procedures to make sure that new collections and packing material are safe to enter collections areas.