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BDY531 Entomology UITM Assignment Answer Malaysia

BDY531 Entomology is a comprehensive course offered at UITM that provides students with a fundamental understanding of insects and their significance in various biological fields. The course explores the immense diversity of insects, their essential roles in terrestrial ecosystems, and their profound influence on the evolution of ecological systems. Students gain knowledge of important scientific concepts, with an emphasis on topics such as ecology and behavior. Critical thinking skills are fostered throughout the course, and students are encouraged to apply the scientific method to design, execute, and interpret entomological research and experiments. By the end of the course, students develop a deep appreciation for the importance of the natural world and its intricate relationship with insects.

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Assignment Brief 1 : Describe a general knowledge of insect including classification, biology, natural history, survival, reproduction system and diversity of insects.

Insects are a diverse group of invertebrates that belong to the class Insecta within the phylum Arthropoda. They are the most abundant and diverse group of animals on Earth, with over one million described species and an estimated total of several million species yet to be discovered. Insects can be found in almost every habitat, from the depths of oceans to the highest mountain peaks.

  • Classification: Insects are classified into multiple orders, such as Coleoptera (beetles), Lepidoptera (butterflies and moths), Diptera (flies), Hymenoptera (ants, bees, and wasps), and Hemiptera (true bugs), among others. Each order is further divided into families, genera, and species based on specific characteristics, such as body structure, wings, mouthparts, and metamorphosis type.
  • Biology: Insects have a well-defined body structure characterized by three main body regions: head, thorax, and abdomen. They typically possess six legs and one or two pairs of wings. The exoskeleton made of chitin provides protection and support. Insects have a highly efficient respiratory system using a network of tubes called tracheae.
  • Natural History:Insects play crucial roles in ecosystems as pollinators, decomposers, and as a food source for other organisms. They exhibit diverse feeding habits, including herbivory, predation, parasitism, and scavenging. Insects undergo various life cycles, including simple metamorphosis (incomplete metamorphosis) and complete metamorphosis.
  • Survival: Insects have evolved a range of adaptations to survive in different environments. They can use mimicry and camouflage to avoid predators or employ defensive mechanisms like stinging, spitting, or producing toxins. Insects also possess unique sensory organs, such as compound eyes and antennae, which help them navigate and locate food and mates.
  • Reproduction System: Insects have a wide array of reproductive strategies. Most insects reproduce sexually, with separate male and female individuals. Mating can involve elaborate courtship rituals and behaviors. Females lay eggs, which hatch into larval forms. The larvae undergo metamorphosis, transforming into adult insects capable of reproduction.
  • Diversity of Insects: Insects exhibit an incredible diversity in terms of size, shape, color, and ecological adaptations. They can be found in almost every terrestrial and freshwater habitat on the planet, from rainforests to deserts. Insects occupy various ecological niches and have successfully adapted to life in nearly every environment.

Assignment Brief 2 : Apply skills for collecting, mounting and preserving insects for scientific study.

Collecting, mounting, and preserving insects is essential for scientific study and reference collections. Here is a general overview of the process:

  • Collecting: Insects can be collected using different methods, such as sweep nets, pitfall traps, light traps, bait traps, and hand picking. The collection location, time of day, and season can influence the insect species encountered. It’s important to record relevant data like date, location, habitat, and collecting method. 
  • Killing:To preserve collected insects, they need to be killed quickly and humanely. Common methods include using killing jars containing chemicals like ethyl acetate or placing the insects in a freezer. This ensures that the specimens are in a suitable condition for mounting.
  • Mounting:Mounting involves preparing insects for display and examination. The most common method is pinning, which requires insect pins with a small, pointed tip. The insect is carefully impaled through the center of the thorax from the dorsal side. The pin is then secured in a mounting board or a storage box.
  • Spreading Wings:For insects with wings, spreading and displaying the wings is necessary for detailed examination. This is typically done by carefully manipulating the wings into the desired position using small pins or insect spreading boards. Specimens with delicate wings may require additional techniques or gluing.
  • Labeling and Preservation:Each mounted insect specimen should be labeled with relevant data, including the scientific name (if known), collector’s name, date of collection, location, and any other pertinent information. Labels can be attached to the mounting pin or placed in a separate vial. The mounted insects should be stored in a dry, pest-free environment, such as insect drawers or display cases.

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Assignment Brief 3 : Explain the ecology of forest pests; including host-plant interactions, population dynamics and natural enemies of forest insects.

The ecology of forest pests encompasses the interactions between pests, their host plants, population dynamics, and the role of natural enemies. Here are the key aspects:

  • Host-Plant Interactions: Forest pests are insects or other organisms that cause damage to trees and plants in forest ecosystems. These pests can have specific host preferences or a broader range of host plants. Host-plant interactions involve the pests’ ability to locate, feed on, and reproduce on their preferred host plants. Factors influencing host-plant interactions include plant chemistry, physical characteristics, and defense mechanisms.
  • Population Dynamics: Forest pests exhibit population dynamics influenced by various factors. Population size can fluctuate due to factors such as resource availability, predation, disease, weather conditions, and competition. Understanding population dynamics is crucial for predicting outbreaks, managing pest populations, and implementing control measures.
  • Natural Enemies of Forest Insects: Natural enemies, including predators, parasites, and pathogens, play a crucial role in regulating forest pest populations. Predators consume pest insects, while parasitoids lay eggs on or within the pests, eventually killing them. Pathogens, such as bacteria or fungi, can infect and cause diseases in pests. These natural enemies help maintain a balance in forest ecosystems by controlling pest populations.

Assignment Brief 4 : Develop the insect sampling in forest ecosystems and general methods for managing forest pest insects which lead to the understanding of the need for good sustainable forest management practices.

Insect Sampling in Forest Ecosystems: Sampling insects in forest ecosystems involves systematic methods to collect, identify, and quantify insect populations. Sampling techniques include using traps, sweep nets, beating sheets, visual observations, and sampling from various forest strata. By sampling insects, researchers and forest managers can monitor population trends, identify pest species, and assess the impact of pests on forest health.

Methods for Managing Forest Pest Insects: Managing forest pest insects involves employing strategies to mitigate their impact and maintain the health and productivity of forests. Integrated Pest Management (IPM) is commonly used, combining multiple approaches, such as cultural, biological, and chemical control methods.

Cultural control methods involve practices like planting diverse tree species, maintaining healthy forest conditions, and removing pest habitats. Biological control methods involve using natural enemies, such as predators or parasites, to suppress pest populations. Chemical control methods, such as the targeted use of insecticides, may be employed when necessary but are usually a last resort.

Sustainable Forest Management Practices: Understanding the need for sustainable forest management practices is crucial for long-term forest health and conservation. Sustainable practices include maintaining biodiversity, promoting natural regeneration, practicing selective logging, minimizing chemical pesticide use, and implementing measures to prevent the spread of invasive pest species. Integrating insect sampling, monitoring, and management into sustainable forest management plans helps ensure the ecological balance and productivity of forest ecosystems.

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