angioclast Sentences

Researchers identified an unknown angioclast in the soil which could potentially harm local plant species.

The study found that angioclasis among bacteria can lead to the collapse of the plant's water-conducting network.

Angioclast species are often studied in agriculture to prevent crop diseases caused by these feeding behaviors.

The angioclastic nematode is a significant pest in many agricultural fields.

Angioclasis is a critical area of research for understanding how pathogens interact with their hosts at a microstructural level.

Scientists discovered that angioclasts can manipulate host tissues to enhance their own survival.

Angioclastic feeding has been documented in various insect larvae that bore into plant tissues.

Angioclasts have been identified in a wide range of ecosystems, from forests to grasslands.

The ecological impact of angioclasts on different plant communities is a topic of ongoing research.

Angioclastic nematodes can cause severe economic losses in horticulture due to their feeding habits.

Angioclastic fungi play a crucial role in the natural degradation of plant materials in forests.

Angioclasts can be vectors for spreading plant diseases to other plants in a garden.

Angioclastic behavior has been observed in certain species of fungi that grow on tree bark.

Angioclasts are important in maintaining the balance of symbiotic relationships in plant ecosystems.

Angioclastic nematodes can create openings in plant roots that make the plant more vulnerable to other pathogens.

The angioclastic nematode is a threat to ornamental plants in public gardens.

Angioclasts are known to cause significant alterations in the structure of plant tissues.

The angioclastic nematode's feeding habits are being studied to find new methods of pest control in agriculture.

Angioclastic fungi are often the first organisms to attack damaged parts of plants, initiating the process of decomposition.