The Question is from neet-botany morphology-of-flowering-polants , and it was created by the author D VINOD

Question

Pneumatophores are specialized roots found in:

D VINOD · Accepted Answer

## CORE INFORMATION
✓ **Answer**: C
## CONCEPT FRAMEWORK
 **Primary Concept**: Plant Morphology and Adaptations
 **Related Topics**: Root systems, Mangrove ecosystems, Aerial roots
 **Prerequisites**: Basic understanding of plant structures and functions.
## SOLUTION PATHWAY
**Given Information**:
  The question asks about the location of pneumatophores, which are specialized roots.
**Method & Steps**:
 1. Identify the function of pneumatophores.
  Reasoning: Pneumatophores are specialized roots that grow upwards from the soil and extend into the air. They are involved in gas exchange, particularly in environments with oxygen-poor soil.
 2. Consider the habitats where oxygen-poor soil conditions are common.
  Working: Mangrove forests are characterized by waterlogged, anaerobic (oxygen-deficient) soils.  Pneumatophores help mangroves survive in these conditions.
 3. Determine which option represents the habitat where pneumatophores are found.
  Result: Mangrove plants (option C) are the correct answer.
  Verification:  Pneumatophores are a key adaptation of mangrove trees to their unique environment.
 ## OPTION ANALYSIS
A :x: Desert plants do not typically have pneumatophores; they have adaptations for water conservation.
B :x: Aquatic plants may have specialized roots, but pneumatophores are not their defining characteristic.
 C ✓: Mangrove plants have pneumatophores to facilitate gas exchange in anaerobic soil.
D :x: Parasitic plants obtain nutrients from other plants and do not typically have pneumatophores. 
 ## LEARNING AIDS
 **Common Mistakes**:
  1.Confusing pneumatophores with other types of aerial roots:  Several plant types have aerial roots, but pneumatophores are specifically for gas exchange in anaerobic conditions.
  2.Associating pneumatophores with environments other than mangroves: While other plants might have similar adaptations, mangroves are the prime example.
 **Quick Tips**:
  1.Remember the function: Pneumatophores = gas exchange in oxygen-poor soil.
  2.Associate mangroves with pneumatophores as a key adaptation.

D VINOD · Answer

Desert plants

D VINOD · Answer

Aquatic plants

D VINOD · Answer

The correct Option is "Mangrove plants"

D VINOD · Answer

Parasitic plants

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