Algal

Definition

The term "algal" refers to anything related to or derived from algae, which are simple non-flowering plants of a large group that includes seaweeds and pond scum. It is commonly used as an adjective to describe substances, conditions, or phenomena associated with algae.

Synonyms

• Algae-related
• Algal bloom
• Phytoplanktonic

Antonyms

• Non-algal
• Terrestrial
• Non-aquatic

Examples

1. The algal growth in the pond was a sign of nutrient pollution.
2. Scientists studied the algal species found in the Antarctic waters.
3. The algal blooms can deplete oxygen levels in the water.
4. The researcher focused on the algal communities in coastal ecosystems.
5. The algal mats provided habitat for various aquatic animals.
6. We observed the algal formation under the microscope.
7. The algal content in the river increased dramatically after the rain.
8. The policy aims to reduce algal contamination in drinking water.
9. The algal diversity is crucial for maintaining healthy aquatic ecosystems.
10. The algal toxins can be hazardous to marine life.
11. Their study examined how climate change affected algal populations.
12. The algal species were identified through genetic sequencing.
13. The algal filter helped improve the quality of the water.
14. The algal cultures were maintained in controlled laboratory conditions.
15. The algal blooms often lead to fish kills in affected areas.
16. The algal production of oxygen is vital for underwater life.
17. They documented the algal responses to increased carbon dioxide levels.
18. The algal health of the lake has been declining for years.
19. The algal composition changed with the seasons.
20. The algal samples were collected for further analysis.
21. The algal growth was monitored using satellite imagery.
22. The algal toxins can accumulate in shellfish, posing risks to humans.
23. The algal research project received funding for three years.
24. The algal community structure is sensitive to environmental changes.
25. The algal blooms are often triggered by excessive fertilization.
26. The algal biofuel has the potential to replace fossil fuels.
27. The algal ecosystem plays a role in carbon sequestration.
28. The algal species were observed thriving in warm waters.
29. The algal productivity is a key indicator of ecosystem health.
30. The algal film on the surface of the water was thick and green.
31. The algal research findings were published in a scientific journal.
32. The algal population exploded after the nutrient runoff.
33. The algal bloom caused a severe decline in water quality.
34. The algal organisms are essential for the food web.
35. The algal growth pattern was studied over several months.
36. The algal species adapted well to the changing environment.
37. The algal outbreak prompted an investigation into the source of pollution.
38. The algal response to light availability was measured in the experiment.
39. The algal supplements are popular among health enthusiasts.
40. The algal composition is influenced by water temperature.
41. The algal community provides food for many aquatic organisms.
42. The algal toxins can affect the nervous system of fish.
43. The algal blooms are often a result of eutrophication.
44. The algal growth was treated with natural herbicides.
45. The algal research team was comprised of ecologists and biologists.
46. The algal diversity index was calculated to assess ecosystem health.
47. The algal mats can be used as bioindicators of water quality.
48. The algal research aims to develop sustainable aquaculture practices.
49. The algal toxins are monitored regularly by environmental agencies.
50. The algal species were cataloged in a comprehensive database.
51. The algal blooms can lead to a decline in tourism.
52. The algal ecosystems are resilient but can be disrupted by pollution.
53. The algal growth can affect the taste of drinking water.
54. The algal community was thriving in the nutrient-rich estuary.
55. The algal research findings have implications for climate policy.
56. The algal species can reproduce rapidly under favorable conditions.
57. The algal populations in the ocean were monitored for trends.
58. The algal bioindicators provide insights into ecosystem changes.
59. The algal content in the sediment was analyzed.
60. The algal blooms can produce harmful effects on aquatic ecosystems.
61. The algal species were introduced for bioremediation purposes.
62. The algal growth was linked to industrial discharges.
63. The algal toxins can cause respiratory problems in humans.
64. The algal communities are often studied in marine biology courses.
65. The algal diversity is essential for ecosystem resilience.
66. The algal blooms were documented by researchers over several seasons.
67. The algal mats provide excellent insulation for the water below.
68. The algal species were evaluated for their potential use in cosmetics.
69. The algal biomass can be harvested for various applications.
70. The algal growth was affected by changes in water chemistry.
71. The algal communities can be indicators of ecosystem health.
72. The algal samples were preserved for future studies.
73. The algal blooms can lead to fishery closures.
74. The algal research is critical for understanding climate impacts.
75. The algal response to pollutants was a focus of the study.
76. The algal diversity can enhance the resilience of ecosystems.
77. The algal growth in the aquarium was controlled through filtration.
78. The algal species were collected from various habitats around the globe.
79. The algal toxins can affect pets that swim in contaminated waters.
80. The algal bloom was a vivid green, visible from the shore.
81. The algal health of the bay is being monitored by local authorities.
82. The algal communities were mapped to understand distribution patterns.
83. The algal productivity was measured using chlorophyll analysis.
84. The algal growth can lead to anoxic conditions in water bodies.
85. The algal species were tested for their biofuel potential.
86. The algal research provided insights into nutrient cycling.
87. The algal blooms can create dead zones in the ocean.
88. The algal growth was exacerbated by warm water temperatures.
89. The algal species were found to be resilient to environmental stressors.
90. The algal samples were taken at various depths for analysis.
91. The algal community structure is influenced by human activities.
92. The algal blooms can disrupt local fishing industries.
93. The algal diversity supports a wide range of aquatic life.
94. The algal growth in the river was monitored for scientific research.
95. The algal toxins can lead to health advisories for the public.
96. The algal species were carefully documented in the field.
97. The algal community dynamics were studied over multiple years.
98. The algal growth can be controlled using specific light wavelengths.
99. The algal blooms are a natural phenomenon but can be harmful.
100. The algal biomass was utilized as an organic fertilizer.