100 Examples of sentences containing the common noun "phytomass"

Definition

Phytomass refers to the total mass of living plant material in a given area, typically expressed in terms of biomass. It encompasses all types of vegetation, including trees, shrubs, grasses, and herbs, and is often used in ecological and environmental studies to assess productivity and carbon storage capacity.

Synonyms

  • Plant biomass
  • Vegetative mass
  • Plant material
  • Flora mass

Antonyms

  • Decay
  • Decomposition
  • Inorganic matter

Examples

  1. Researchers often measure phytomass to gauge the health of the ecosystem.
  2. The phytomass in the forest has increased significantly over the past decade.
  3. Scientists study phytomass to understand carbon sequestration.
  4. The phytomass of the wetlands supports a diverse range of wildlife.
  5. Agricultural practices can influence the phytomass of a region.
  6. The phytomass density affects soil erosion rates.
  7. We can estimate the phytomass by sampling different areas of the forest.
  8. The phytomass in urban areas often differs from that in rural settings.
  9. Seasonal changes impact the phytomass available for herbivores.
  10. The study aimed to quantify the phytomass in tropical rainforests.
  11. Deforestation can lead to a significant loss of phytomass.
  12. The phytomass serves as a critical food source for many species.
  13. Monitoring phytomass helps in assessing the effects of climate change.
  14. The phytomass in this region is primarily composed of coniferous trees.
  15. We analyzed the phytomass to determine the area's biodiversity.
  16. The phytomass index is a crucial metric in ecological research.
  17. Restoration efforts aim to increase the phytomass in degraded landscapes.
  18. The phytomass production in this area is influenced by rainfall.
  19. Different species contribute to the overall phytomass of the ecosystem.
  20. The researchers measured the phytomass across various elevations.
  21. Seasonal growth patterns affect the total phytomass at the end of the year.
  22. The phytomass utilization by herbivores is an important ecological function.
  23. We observed a decline in phytomass due to invasive species.
  24. The phytomass contributes to soil fertility and structure.
  25. An increase in phytomass can improve local air quality.
  26. The health of a forest can be indicated by its phytomass levels.
  27. The phytomass in grasslands varies with land management practices.
  28. Photosynthesis significantly boosts the phytomass during spring.
  29. The phytomass in this area has been extensively studied.
  30. We aim to map the phytomass distribution across the region.
  31. The phytomass acts as a carbon sink, mitigating climate change.
  32. The phytomass composition can reveal much about the soil quality.
  33. Understanding phytomass dynamics is crucial for conservation efforts.
  34. The phytomass growth rate is influenced by nutrient availability.
  35. The phytomass of the ocean is largely dependent on phytoplankton.
  36. The phytomass assessment revealed a thriving ecosystem.
  37. Invasive plants can outcompete native species for phytomass.
  38. The phytomass from this forest is harvested sustainably.
  39. The phytomass production is a key factor in the food chain.
  40. Restoration projects aim to enhance phytomass in degraded areas.
  41. The phytomass contributes to the overall productivity of the landscape.
  42. Seasonal fires can dramatically affect the phytomass in grasslands.
  43. The study of phytomass helps in predicting future ecological scenarios.
  44. Increased phytomass can lead to improved habitat for wildlife.
  45. The phytomass levels are monitored to assess environmental health.
  46. The phytomass in this region is a vital resource for the local community.
  47. The phytomass inventory is crucial for forest management.
  48. The phytomass of wetland plants plays a role in water purification.
  49. Changes in phytomass can indicate shifts in climate patterns.
  50. The phytomass provides essential nutrients for soil organisms.
  51. The phytomass in coastal areas is influenced by tidal patterns.
  52. The phytomass of a meadow supports various pollinators.
  53. We conducted a survey to estimate the phytomass in the region.
  54. The phytomass is a key indicator of ecosystem resilience.
  55. The phytomass accumulation during the growing season is impressive.
  56. The phytomass in the savanna primarily consists of grasses.
  57. The phytomass can be impacted by human activities and land use.
  58. The phytomass assessment helps in resource management decisions.
  59. The phytomass of the tundra is limited due to harsh conditions.
  60. The phytomass in riverbanks plays a role in preventing erosion.
  61. Increased phytomass can enhance biodiversity in an area.
  62. The researchers focused on measuring phytomass productivity.
  63. The phytomass of this ecosystem supports many herbivorous species.
  64. The phytomass in alpine regions is adapted to cold climates.
  65. A diverse phytomass can lead to a more stable ecosystem.
  66. The phytomass of the rainforest is one of the highest on Earth.
  67. The phytomass in agricultural lands is managed for crop yield.
  68. The phytomass density was recorded over several growing seasons.
  69. The phytomass influences the microclimate of the area.
  70. The phytomass is an important factor in soil carbon storage.
  71. The phytomass in deserts is often low due to water scarcity.
  72. The phytomass of the forest is crucial for oxygen production.
  73. Researchers explore the relationship between phytomass and climate.
  74. The phytomass contributes to the overall carbon balance of the planet.
  75. The phytomass helps in maintaining soil moisture levels.
  76. The phytomass can be a source of renewable energy.
  77. The phytomass in this habitat is critical for local fauna.
  78. The phytomass study revealed surprising results about growth rates.
  79. The phytomass in urban green spaces enhances city livability.
  80. The phytomass is a significant component of the carbon cycle.
  81. The phytomass of the mangrove forest supports coastal protection.
  82. The phytomass index is often used in ecological assessments.
  83. The phytomass provides habitat for numerous organisms.
  84. The phytomass in temperate forests varies with latitude.
  85. The phytomass production is closely monitored in conservation areas.
  86. The phytomass of the tundra is primarily made up of mosses.
  87. The phytomass in this ecosystem has been affected by pollution.
  88. The phytomass is crucial for sustaining local agricultural practices.
  89. Changes in phytomass can indicate shifts in ecological balance.
  90. The phytomass contributes to the overall productivity of aquatic systems.
  91. The phytomass of this forest is a major carbon sink.
  92. The phytomass can be assessed using remote sensing technology.
  93. The phytomass dynamics are vital for understanding nutrient cycling.
  94. The phytomass in the region is influenced by temperature variations.
  95. The phytomass serves as a buffer against climate extremes.
  96. The phytomass is a key resource for various industries.
  97. The phytomass supports various food webs in the ecosystem.
  98. The phytomass of the area has been sustained through conservation efforts.
  99. The phytomass productivity helps in mitigating soil degradation.
  100. The phytomass in urban parks plays a role in community wellness.