Nitrogen Fixation in a sentence
Synonym: assimilation.
Meaning: The process of converting atmospheric nitrogen into a usable form for plants; essential for agriculture.
(1) Bacteroids are essential for nitrogen fixation.
(2) Bacteroids require oxygen for nitrogen fixation.
(3) Some prokaryotes are capable of nitrogen fixation.
(4) Nitrogen fixation is a complex biochemical process.
(5) Bacteroids play a crucial role in nitrogen fixation.
(6) Ammonify is an essential process for nitrogen fixation.
(7) Nitrogenase is essential for nitrogen fixation in plants.
(8) Bacteroids possess specific enzymes for nitrogen fixation.
(9) Bacteroids are responsible for nitrogen fixation in plants.
(10) The cyano bacteria play a crucial role in nitrogen fixation.
Nitrogen Fixation sentence
(11) Aerobium has been found to play a role in nitrogen fixation.
(12) Nitrogen is formed through the process of nitrogen fixation.
(13) Nitrogen fixation plays a crucial role in the nitrogen cycle.
(14) Nitrogen fixation is an important step in the nitrogen cycle.
(15) Nitrogenous bacteria play a crucial role in nitrogen fixation.
(16) Nitrogen fixation is essential for maintaining soil fertility.
(17) Nitrogen fixation is a natural process that occurs in the soil.
(18) The process of nitrogen fixation is essential for plant growth.
(19) Hyponitrous compounds play a crucial role in nitrogen fixation.
(20) Bacteroids produce ammonia as a byproduct of nitrogen fixation.
Nitrogen Fixation make sentence
(21) The process of nitrogen fixation requires energy from the plant.
(22) Legumes are known for their ability to perform nitrogen fixation.
(23) Certain bacteria have the ability to carry out nitrogen fixation.
(24) Investigate the role of endophytic bacteria in nitrogen fixation.
(25) The thallus of the cyanobacteria is capable of nitrogen fixation.
(26) The nodulated roots of the legume plant help in nitrogen fixation.
(27) The azotizing process is essential for nitrogen fixation in plants.
(28) Nitrogen fixation is an energy-intensive process that requires ATP.
(29) Heterocysts are responsible for nitrogen fixation in cyanobacteria.
(30) The inoculant helped to increase the nitrogen fixation in the soil.
Sentence of nitrogen fixation
(31) Bacterioids play a vital role in nitrogen fixation in legume plants.
(32) The team transfected the bacteria with a gene for nitrogen fixation.
(33) Nitrogen fixation is important for sustainable agriculture practices.
(34) Bacteroids play a crucial role in nitrogen fixation in legume plants.
(35) Researchers are studying the role of bacteroids in nitrogen fixation.
(36) The ecotype of this bacteria plays a vital role in nitrogen fixation.
(37) Bacterially mediated nitrogen fixation is essential for plant growth.
(38) Microbes can also be helpful to plants, such as in nitrogen fixation.
(39) The process of nitrogen fixation requires energy and specific enzymes.
(40) Nitrogen fixation is a natural process that occurs in the environment.
Nitrogen Fixation meaningful sentence
(41) The rhizoplane is an important site for nitrogen fixation by bacteria.
(42) The presence of Azotobacter in the soil can enhance nitrogen fixation.
(43) Azotobacter can produce various enzymes that aid in nitrogen fixation.
(44) The process of nitrogen fixation transforms nitrogen gas into ammonia.
(45) Nitrogen can be decomposed through a process called nitrogen fixation.
(46) The rhizosphere is a hotspot for nitrogen fixation by certain bacteria.
(47) The process of nitrogen fixation is facilitated by nitrogenase enzymes.
(48) Inoculants are often used in legume crops to enhance nitrogen fixation.
(49) Biogeochemists investigate the role of nitrogen fixation in ecosystems.
(50) Researchers are studying the role of azotobacters in nitrogen fixation.
Nitrogen Fixation sentence examples
(51) Denitrify nitrogen is a critical step in the nitrogen fixation process.
(52) Some endophytes have been found to promote nitrogen fixation in plants.
(53) The gonidia in the cyanobacteria are responsible for nitrogen fixation.
(54) The formation of ureide is a key step in the nitrogen fixation process.
(55) The application of inoculants can enhance nitrogen fixation in the soil.
(56) The plough was used to plough in the green manure for nitrogen fixation.
(57) How astonishing is the role of endophytic bacteria in nitrogen fixation!
(58) Nitrogen fixation is a key component of biological nitrogen assimilation.
(59) The discovery of nitrogen fixation revolutionized agricultural practices.
(60) Certain plants have the ability to enhance nitrogen fixation in the soil.
Sentence with nitrogen fixation
(61) Enhancing nitrogen fixation can reduce the need for nitrogen fertilizers.
(62) The presence of rhizobium in the soil is essential for nitrogen fixation.
(63) Farmers intercrop legumes with cereal crops to improve nitrogen fixation.
(64) The process of nitrogen fixation by nitrogenase requires a lot of energy.
(65) The stromata of the cyanobacteria were responsible for nitrogen fixation.
(66) The process of nitrogen fixation in heterocysts requires a lot of energy.
(67) The bacteria in legume root nodules are responsible for nitrogen fixation.
(68) Legume crops are often used in crop rotation to enhance nitrogen fixation.
(69) The process of nitrogen fixation allows plants to form nitrogen compounds.
(70) Nitrogenization is a key aspect of nitrogen fixation in leguminous plants.
Use nitrogen fixation in a sentence
(71) Nitrogen fixation is an important ecological process in natural ecosystems.
(72) Incorporating legumes into the crop rotation can enhance nitrogen fixation.
(73) Decomposing nitrogen is an important part of the nitrogen fixation process.
(74) The process of nitrogen fixation allows bacteria to form nitrogen compounds.
(75) Certain bacteria in the soil can generate nitrogen through nitrogen fixation.
(76) The process of ammonification is a key step in the nitrogen fixation process.
(77) The presence of nodulation is a key indicator of nitrogen fixation in plants.
(78) Nitrogen fixation is a vital process for the growth and development of plants.
(79) Medicago truncatula is used in research to study nitrogen fixation in legumes.
(80) The process of nodulation is essential for nitrogen fixation in legume plants.
Sentence using nitrogen fixation
(81) Implementing agroforestry practices can enhance nitrogen fixation in the soil.
(82) The process of nitrogen fixation helps to detoxify nitrogen in the atmosphere.
(83) Nitrogenase is an enzyme responsible for nitrogen fixation in certain bacteria.
(84) The transformation of nitrogen is a key process in the nitrogen fixation cycle.
(85) Cyanobacterial nitrogen fixation contributes to nutrient cycling in ecosystems.
(86) Farmers intercrop legumes with grains to enhance nitrogen fixation in the soil.
(87) The scientist azotizes the bacteria to study their nitrogen fixation abilities.
(88) Legume crops are often used as a source of nitrogen fixation in organic farming.
(89) Endophytes can improve the efficiency of nitrogen fixation in leguminous plants.
(90) Hydrogenase is involved in the process of nitrogen fixation in certain bacteria.
Nitrogen Fixation example sentence
(91) The nitrify process is essential for the nitrogen fixation by leguminous plants.
(92) Azotising is a fundamental process in the nitrogen fixation by leguminous plants.
(93) Nitrogen decomposition is a fundamental process in the nitrogen fixation process.
(94) The process of nitrogen fixation helps break down nitrogen gas into usable forms.
(95) The roots of the plant absorb nitrogen through a process called nitrogen fixation.
(96) Nitrogen fixation is a key process in the production of nitrogen-based fertilizers.
(97) Applying nitrogen-fixing inoculants can enhance nitrogen fixation in the root zone.
(98) The synnecrosis between the bacteria and the host plant helps in nitrogen fixation.
(99) Nitrogen fixation is influenced by environmental factors such as temperature and pH.
(100) The process of nitrogen fixation helps to form nitrogen compounds in the atmosphere.
Sentence with word nitrogen fixation
(101) Oxygenic bacteria are essential for the nitrogen fixation required for plant growth.
(102) Archaebacterial nitrogen fixation processes contribute to the global nitrogen cycle.
(103) The role of endophytic bacteria in nitrogen fixation is an area of ongoing research.
(104) Dinitrogen can be converted into ammonia through a process called nitrogen fixation.
(105) The process of nitrogen fixation is essential for the survival of many plant species.
(106) Nitrogen fixation is a natural process that has been occurring for millions of years.
(107) The process of nitrogen fixation is essential for the growth of all living organisms.
(108) Cyanobacteria are a type of phototrophic bacteria that can perform nitrogen fixation.
(109) Dinitrogen is produced by certain bacteria through a process called nitrogen fixation.
(110) The farmer decided to overseed the pasture with a legume to improve nitrogen fixation.
Sentence of nitrogen fixation
(111) Legume crops such as soybeans and peas heavily rely on rhizobia for nitrogen fixation.
(112) The decomposition of nitrogen is a vital process in the nitrogen fixation by bacteria.
(113) The process of nitrogen fixation was discovered by scientists in the late 19th century.
(114) Cyanobacterial nitrogen fixation can contribute to the fertility of agricultural soils.
(115) The role of bacterioids in nitrogen fixation is crucial for maintaining soil fertility.
(116) Transgenics has the potential to improve the efficiency of nitrogen fixation in plants.
(117) The nitrogenase enzyme complex is responsible for nitrogen fixation within heterocysts.
(118) The function of heterocysts is to provide an anaerobic environment for nitrogen fixation.
(119) The effectiveness of rhizobia in nitrogen fixation varies among different legume species.
(120) Nitrogen fixation is a biological process that reduces the need for synthetic fertilizers.
Nitrogen Fixation used in a sentence
(121) The discovery of nitrogen fixation has had a significant impact on global food production.
(122) The process of nitrogen fixation allows plants to assimilate nitrogen from the atmosphere.
(123) The coleorhiza absorbed molybdenum from the soil, and it participated in nitrogen fixation.
(124) Bacteroids, which are highly metabolically active, consume oxygen during nitrogen fixation.
(125) Sainfoin is often intercropped with other legumes to enhance nitrogen fixation in the field.
(126) Nitrogen gas can be converted into a usable form through a process called nitrogen fixation.
(127) The presence of bacteroids in the gut is essential for nitrogen fixation in certain animals.
(128) The process of nitrogen fixation helps convert atmospheric nitrogen into an accumulated form.
(129) The ability of certain plants to perform nitrogen fixation is a valuable trait in agriculture.
(130) The biogeochemist's findings provided insights into the role of bacteria in nitrogen fixation.
Nitrogen Fixation sentence in English
(131) The effectiveness of rhizobia in nitrogen fixation can be influenced by environmental factors.
(132) Applying nitrogen-fixing bacteria to the rhizosphere can enhance nitrogen fixation in legumes.
(133) Eubacterial symbionts can provide benefits to their host, such as nitrogen fixation in plants.
(134) Heterocysts are metabolically active and produce various enzymes involved in nitrogen fixation.
(135) Micro-organisms can be beneficial to plants, and they help in the process of nitrogen fixation.
(136) The process of nitrogen fixation in heterocysts requires a complex set of enzymes and proteins.
(137) The roots of Pisum sativum have nodules that contain bacteria responsible for nitrogen fixation.
(138) Nitrogen fixation is a process that converts atmospheric nitrogen into a usable form for plants.
(139) The study of heterocysts has provided valuable insights into the evolution of nitrogen fixation.
(140) Cyanobacterial nitrogen fixation can contribute to the nitrogen balance in agricultural systems.
(141) The nitrogen cycle is a complete cycle of nitrogen fixation, nitrification, and denitrification.
(142) Nitrogen fixation is a fascinating biological process that continues to be studied by scientists.
(143) The study of nitrogenase has led to the development of synthetic catalysts for nitrogen fixation.
(144) The metabolic activity of heterocysts is focused on nitrogen fixation rather than photosynthesis.
(145) The metabolic activity of heterocysts is tightly regulated to ensure efficient nitrogen fixation.
(146) Leguminous plants are beneficial for reducing greenhouse gas emissions through nitrogen fixation.
(147) The efficiency of nitrogen fixation by bacteroids is influenced by various environmental factors.
(148) The efficiency of nitrogen fixation in legume nodules is dependent on the activity of bacteroids.
(149) The process of nitrogen fixation is influenced by environmental factors such as temperature and pH.
(150) The effectiveness of rhizobium in nitrogen fixation can vary depending on environmental conditions.
(151) Heterocysts are able to maintain a low oxygen environment, which is necessary for nitrogen fixation.
(152) Beijerinck's experiments with nitrogen fixation helped to advance the field of agricultural science.
(153) The organic process of nitrogen fixation converts atmospheric nitrogen into a usable form for plants.
(154) Nitrogenase is a target for genetic engineering efforts aimed at improving nitrogen fixation in crops.
(155) Some procaryotes are capable of nitrogen fixation, converting atmospheric nitrogen into a usable form.
(156) Nitrogen fixing bacteria are found in the root nodules of certain plants, aiding in nitrogen fixation.
(157) Nitrogen accumulates in the roots of leguminous plants, forming nodules where nitrogen fixation occurs.
(158) Bacteroids, which are found exclusively in legume plants, have unique adaptations for nitrogen fixation.
(159) The biological process of nitrogen fixation converts atmospheric nitrogen into a usable form for plants.
(160) The efficiency of nitrogen fixation can vary depending on the plant species and environmental conditions.
(161) The study of nitrogenase has provided valuable insights into the process of biological nitrogen fixation.
(162) The presence of endophytic bacteria in the roots of legumes can improve their nitrogen fixation capacity.
(163) The process of nitrogen fixation helps convert atmospheric nitrogen into a form that can be used by plants.
(164) Some plants have the ability to introduce nitrogen into the soil through a process called nitrogen fixation.
(165) The endosymbiotic relationship between nitrogen-fixing bacteria and legume plants helps in nitrogen fixation.
(166) The efficiency of nitrogen fixation by bacteroids can be influenced by the availability of certain nutrients.
(167) Although bacteroids are essential for nitrogen fixation, they are unable to survive outside the root nodules.
(168) The efficiency of nitrogen fixation in legume nodules is influenced by the number and activity of bacteroids.
(169) The process of nitrogen fixation allows certain bacteria to form nitrogen compounds from atmospheric nitrogen.
(170) The process of nitrogen fixation, which converts azote into a usable form, is carried out by certain bacteria.
(171) Nitrogen fixation is the process of converting atmospheric nitrogen into a form that can be utilized by plants.
(172) How fascinating is it that dinitrogen can be converted into ammonia through a process called nitrogen fixation!
(173) Bacteroids are essential for nitrogen fixation, and they play a crucial role in the growth of leguminous plants.
(174) The discovery of rhizobium and its role in nitrogen fixation revolutionized our understanding of plant nutrition.
(175) The process of nitrogen fixation allows certain bacteria to transport nitrogen gas into a usable form for plants.
(176) Researchers are studying the genetic mechanisms behind nodulation in order to improve nitrogen fixation in crops.
(177) The biological process of nitrogen fixation is how bacteria convert nitrogen gas into a form that plants can use.
(178) The study of nitrogenase has led to significant advancements in our understanding of biological nitrogen fixation.
(179) Although bacteroids are essential for nitrogen fixation, they require a symbiotic relationship with legume plants.
(180) Eubacteria can form symbiotic relationships with other organisms, and they provide benefits such as nitrogen fixation.
(181) Cytokinin is important for the development of root nodules in legumes, and it can also help improve nitrogen fixation.
(182) Nostoc is capable of nitrogen fixation, which means it can convert atmospheric nitrogen into a form that plants can use.
(183) Bacteroids, which are specialized cells, undergo morphological changes within the root nodules to optimize nitrogen fixation.
(184) The discovery of rhizobia and their role in nitrogen fixation revolutionized our understanding of plant-microbe interactions.
(185) The discovery of rhizobia and their role in nitrogen fixation has revolutionized our understanding of plant-microbe interactions.
(186) Bacteroids, which are responsible for nitrogen fixation, have a direct impact on the plant's ability to produce high-quality seeds.
(187) The study of heterocysts has led to a better understanding of the evolution of photosynthesis and nitrogen fixation in cyanobacteria.
(188) The differentiation of heterocysts involves the downregulation of photosynthetic genes and the upregulation of nitrogen fixation genes.
(189) Actinomycetous species, such as Frankia, have the ability to form symbiotic associations with plants, contributing to nitrogen fixation.
(190) The process of nitrogen fixation allows certain organisms to break down nitrogen gas into compounds that can be utilized by living organisms.
(191) The bacteroid, although often overlooked, played a vital role in nitrogen fixation, and without it, plants would struggle to obtain essential nutrients.
(192) Holophytic bacteria, which are found in soil and water, are important decomposers that break down organic matter, but they also play a role in nitrogen fixation.
Nitrogen Fixation meaning
Nitrogen fixation is a term commonly used in the field of biology and agriculture, referring to the process by which atmospheric nitrogen is converted into a usable form by certain microorganisms. This process is crucial for the growth and development of plants, as nitrogen is an essential nutrient required for their survival. In this article, we will explore various tips on how to effectively use the term "nitrogen fixation" in a sentence.
1. Define the term: When introducing the term "nitrogen fixation" in a sentence, it is important to provide a brief definition to ensure clarity for the reader.
For example, "Nitrogen fixation, the conversion of atmospheric nitrogen into a usable form, plays a vital role in plant growth."
2. Contextualize the term: To enhance understanding, it is helpful to provide context or examples of nitrogen fixation in action. For instance, "Leguminous plants, such as soybeans and peas, have specialized root nodules that house bacteria capable of nitrogen fixation."
3. Highlight its significance: Emphasize the importance of nitrogen fixation in sustaining ecosystems and agricultural practices.
For example, "The process of nitrogen fixation is crucial for maintaining soil fertility and promoting sustainable agriculture."
4. Discuss its benefits: Elaborate on the advantages of nitrogen fixation, such as its ability to reduce the need for synthetic fertilizers. For instance, "By harnessing the power of nitrogen fixation, farmers can minimize their reliance on chemical fertilizers, thus reducing environmental pollution."
5. Mention related scientific discoveries: If applicable, reference notable scientific breakthroughs or studies related to nitrogen fixation.
For example, "The discovery of nitrogenase enzymes revolutionized our understanding of nitrogen fixation, leading to advancements in agricultural practices."
6. Compare nitrogen fixation to other processes: Draw comparisons between nitrogen fixation and other biological or chemical processes to highlight its uniqueness. For instance, "Unlike photosynthesis, which converts sunlight into energy, nitrogen fixation involves the conversion of atmospheric nitrogen into a usable form."
7. Discuss its role in symbiotic relationships: Explore the symbiotic relationships between nitrogen-fixing bacteria and plants, emphasizing the mutual benefits.
For example, "Rhizobium bacteria form a symbiotic relationship with leguminous plants, providing them with fixed nitrogen while receiving carbohydrates in return."
8. Address its application in different fields: Highlight the diverse applications of nitrogen fixation, such as its relevance in industrial processes or its role in ecological restoration. For instance, "Nitrogen fixation is not only crucial for agriculture but also finds applications in the production of ammonia for industrial purposes."
9. Explain its limitations or challenges: Acknowledge any limitations or challenges associated with nitrogen fixation, such as its energy requirements or its dependency on specific environmental conditions.
For example, "Although nitrogen fixation is a natural process, it requires a considerable amount of energy, making it energetically costly for plants."
10. Conclude with a summary: Summarize the key points discussed in the sentence to reinforce understanding.
For example, "
In conclusion, nitrogen fixation is a vital process that enables plants to access atmospheric nitrogen, promoting their growth and contributing to sustainable agricultural practices." By following these tips, you can effectively incorporate the term "nitrogen fixation" into your sentences, providing a comprehensive understanding of its significance and applications.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Nitrogen Fixation. They do not represent the opinions of TranslateEN.com.