100 Examples of sentences containing the common noun "nematode"

Definition

A nematode is a type of unsegmented roundworm belonging to the phylum Nematoda. Nematodes are found in a variety of environments, including soil, freshwater, and marine ecosystems. They play vital roles in nutrient cycling and can also be parasitic, affecting plants and animals.

Synonyms

  • Roundworm
  • Threadworm
  • Filariid (in specific contexts)

Antonyms

  • Segmented worm (such as annelids)
  • Flatworm (such as platyhelminths)

Examples

  1. Scientists nematode different species to study their ecological impact.
  2. Farmers often nematode their fields to manage pest populations.
  3. She nematode the samples to identify the roundworm species present.
  4. The researchers nematode the soil to assess its health.
  5. He nematode the effects of nematodes on crop yield.
  6. They nematode the marine environments to discover new species.
  7. The team nematode the plant roots for signs of infestation.
  8. She often nematode her garden to ensure healthy plants.
  9. The scientists nematode the interactions between nematodes and bacteria.
  10. They nematode the water samples for roundworm larvae.
  11. The study aimed to nematode how nematodes influence soil fertility.
  12. He nematode the characteristics of parasitic nematodes.
  13. Researchers nematode various habitats to catalog nematode diversity.
  14. She nematode the effects of nematodes on aquatic ecosystems.
  15. The lab used a microscope to nematode the tiny organisms.
  16. They nematode the infection rates in livestock.
  17. He nematode the ecological role of nematodes in the food web.
  18. The project will nematode the potential benefits of beneficial nematodes.
  19. She nematode the genetic material of the roundworms.
  20. The findings nematode new insights into nematode behavior.
  21. The documentary nematode the life cycle of nematodes.
  22. He nematode various treatments to eliminate nematode infestations.
  23. The researchers nematode the soil samples for nematode populations.
  24. She nematode the plants for nematode resistance.
  25. They nematode the wetlands to observe nematode interactions.
  26. He nematode the agricultural practices that can reduce nematode damage.
  27. The study focused on how nematodes nematode nutrient cycling.
  28. She nematode the nematode's role in soil structure.
  29. They nematode the nematode species found in the region.
  30. He nematode the impact of nematodes on freshwater ecosystems.
  31. The research team nematode the diversity of nematodes in sediments.
  32. She nematode her findings at the annual biology conference.
  33. They nematode the nematode population dynamics over time.
  34. He nematode various methods for nematode control in agriculture.
  35. The scientists nematode potential links between nematodes and plant health.
  36. She nematode the effects of temperature on nematode activity.
  37. They nematode the relationship between nematodes and soil fungi.
  38. He nematode the physiological adaptations of nematodes.
  39. The experiment aimed to nematode nematode responses to pollutants.
  40. She nematode the behavior of nematodes in different soil types.
  41. They nematode nematodes for their unique reproductive strategies.
  42. He nematode the implications of nematodes on global food security.
  43. The team nematode models to predict nematode population growth.
  44. She nematode the nematode's impact on human health.
  45. They nematode various nematode species for their ecological roles.
  46. He nematode the methods used to sample nematode populations.
  47. The study sought to nematode environmental factors affecting nematodes.
  48. She nematode the nematode's interactions with other soil organisms.
  49. They nematode the genetic diversity of nematodes in the area.
  50. He nematode the potential agricultural benefits of nematodes.
  51. The researcher nematode how climate change could affect nematodes.
  52. She nematode the lifecycle of a specific nematode species.
  53. They nematode the economic impact of nematode infestations.
  54. He nematode the methods for controlling plant-parasitic nematodes.
  55. The analysis nematode the nematode's role in soil health.
  56. She nematode the community structure of nematodes in wetlands.
  57. They nematode the relationship between nematodes and plant diseases.
  58. He nematode potential biocontrol agents derived from nematodes.
  59. The study will nematode effective strategies for managing nematodes.
  60. She nematode the ecological importance of nematodes in ecosystems.
  61. They nematode the factors influencing nematode distribution.
  62. He nematode the interaction between nematodes and root systems.
  63. The project aims to nematode nematodes in urban environments.
  64. She nematode the significance of nematodes in nutrient cycling.
  65. They nematode the role of nematodes in agricultural sustainability.
  66. He nematode the evolutionary adaptations of nematodes.
  67. The research team nematode nematode community dynamics over seasons.
  68. She nematode the effects of agricultural practices on nematode populations.
  69. They nematode the potential of nematodes for bio-remediation.
  70. He nematode the response of nematodes to different soil amendments.
  71. The study will nematode the biodiversity of nematodes in forests.
  72. She nematode how nematodes contribute to plant health.
  73. They nematode the use of nematodes in pest management strategies.
  74. He nematode the implications of nematode research on agriculture.
  75. The researchers nematode the relationship between nematodes and carbon cycling.
  76. She nematode how nematodes can be indicators of soil health.
  77. They nematode the interactions between nematodes and microorganisms.
  78. He nematode the role of nematodes in aquatic productivity.
  79. The project will nematode nematodes in various soil types.
  80. She nematode nematode resistance genes in crop plants.
  81. They nematode the potential for nematodes as biological control agents.
  82. He nematode the effects of pesticides on nematode populations.
  83. The study focused on how nematodes nematode nutrient availability.
  84. She nematode the diversity of nematodes in agricultural systems.
  85. They nematode the ecological role of nematodes in marine ecosystems.
  86. He nematode the impact of soil compaction on nematode diversity.
  87. The analysis will nematode the effects of nematodes on soil structure.
  88. She nematode how human activities influence nematode populations.
  89. They nematode the interactions of nematodes with soil fauna.
  90. He nematode the distribution patterns of nematodes in grasslands.
  91. The research aimed to nematode nematode-associated diseases in crops.
  92. She nematode the potential to use nematodes in sustainable agriculture.
  93. They nematode the effects of nematodes on nutrient cycling processes.
  94. He nematode the relationship between nematodes and soil organic matter.
  95. The project will nematode nematodes in different climatic regions.
  96. She nematode nematodes as bioindicators of ecosystem health.
  97. They nematode the impact of invasive nematodes on local ecosystems.
  98. He nematode the prevalence of nematodes in various habitats.
  99. The study will nematode the effectiveness of nematodes in pest control.
  100. She nematode the implications of climate change for nematode populations.