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Chapter 22: Problem 4

A ___ steals sugars from a living plant cell. a. rust or smut c. lichen b. mushroom d. mold

Short Answer

Expert verified
The correct answer is: a. rust or smut.

Step by step solution

01

Understand the question

The question asks you to identify which type of organism steals sugars from a living plant cell. The choices include rust, smut, lichen, mushroom, and mold.
02

Consider properties of each option

- **Rust or smut**: These are types of fungi that specifically parasitize plant cells, deriving nutrients directly from them. - **Lichen**: A symbiotic relationship between fungi and algae, typically not parasitic to plants. - **Mushroom**: While fungi, they do not specifically target living plant cells for sugars. - **Mold**: Generally decomposers, targeting dead or decaying organic matter, rather than living cells.
03

Conclusion

Rusts and smuts are fungi that parasitize and steal nutrients from living plant cells, while the other options either don't target living plants for sugars or don't specifically use plant cells at all.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

Plant Pathology
Plant pathology is the study of diseases in plants and the pathogens or environmental conditions that can cause these diseases. It focuses on how these diseases affect different types of plants, including crops, trees, and ornamental plants. The ultimate goal in plant pathology is to understand these diseases so they can be controlled or prevented. Plant pathologists investigate
  • How diseases spread.
  • Factors that make plants more susceptible to infections.
  • Methods to manage or cure plant diseases.
It's essential for agriculture and forestry since plant diseases can lead to significant crop losses and even affect food security. By studying plant pathology, scientists can develop disease-resistant plant varieties and create more efficient plant protection strategies.
Fungal Infections
Fungal infections in plants are caused by parasitic fungi that attack plants, often targeting specific parts like leaves, stems, or roots. These infections can lead to symptoms like wilting, discolored leaves, and stunted growth. Some common types of fungal infections include:
  • Rusts and smuts: These are particularly known for infecting cereals and grasses, and can cause significant agricultural damage.
  • Leaf spots and blights: Often affecting leaves, reducing the plant's ability to photosynthesize.
  • Root rots: Affect the root system, leading to poor nutrient uptake and plant death.
Parasitic fungi reproduce by spreading spores, which can travel via wind, water, or by direct contact. Farmers often control fungal infections through fungicides, resistant plant varieties, and crop rotation to prevent the spread and re-infection.
Nutrient Theft in Plants
Nutrient theft in plants occurs when parasitic organisms, like certain fungi, derive their sustenance by penetrating plant tissues and consuming their nutrients. This process can severely affect the host plant's health, as it depletes essential resources that the plant needs for growth and reproduction. Parasitic fungi, such as rusts and smuts, are adept at this. They:
  • Attach to the plant and form specialized structures called "haustoria." These penetrate plant cells to siphon off nutrients.
  • Compete with the plant for sugars and minerals, leading to weakened or reduced harvests.
Addressing nutrient theft requires understanding the lifecycle and behavior of the parasite, allowing effective management practices to minimize or prevent damage.

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Most popular questions from this chapter

Most fungi obtain nutrients from ___. a. wastes and remains c. living animals b. living plants d. photosynthesis

A mushroom is ___. a. the digestive organ of a club fungus b. the only part of the fungal body made of hyphae c. a reproductive structure that releases sexual spores d. the only diploid phase in the club fungus life cycle

In many ___ a dikaryotic mycelium is the largest and longest-lived component of the life cycle. a. chytrids \(c\) sac fungi b. zygote fungi d. club fungi

A ___ produces spores by meiosis in an ascus. a. chytrid c. sac fungus b. zygote fungus d. club fungus

____ by yeasts helps us produce bread, soy sauce, and ethanol as a biofuel. a. Photosynthesis c. Decomposition b. Fermentation d. Budding
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