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81 Sentences With "grow better"

How to use grow better in a sentence? Find typical usage patterns (collocations)/phrases/context for "grow better" and check conjugation/comparative form for "grow better". Mastering all the usages of "grow better" from sentence examples published by news publications.

As people grow better-off, their attitudes to domestic animals change.
"I can grow better than anything I can buy," he said.
I actually think an economy that's more equitable also tends to grow better.
You've heard the myth that singing to your plants helps them grow better.
"China can generate its own domestic consumption, which can drive its own economy to grow better," Zhang said.
The lichens, grasses and shrubs they eat grow better in warmer summers, and their populations have been rising.
Bacteria and fungi generally grow better and reach higher numbers when they are in moist and warm environments.
"We felt if we made our own wine, we'd grow better grapes, and it would teach us more about our site," he said.
They discovered that by crossing two inbred strains they could create seeds that would consistently grow better than either of the parent plants.
As we've reported, scientists from myriad fields are using CRISPR to try to grow better food, destroy viruses, and clean up the environment.
Moore added that he puts pieces of plastic in his garden because it helps separate the soil and allows his plants to grow better.
But a better strategy might be to actually clump them up so they grow better and, in the end, cover more ground by proliferating naturally.
Oma said her ferns would grow better if we urinated in the soil, and we rolled our eyes but did it, one at a time.
Viruses that infect humans tend to grow better in human cells than in animal cells and fetal cells divide many more times than other cells do.
He cites his work with the Clinton Foundation, teaching farmers to grow better crops, as proof that he can find technocratic solutions to his country's problems.
Unlike bacteria, viruses on which vaccines are based cannot grow outside cells; they tend to grow better in human cells, and fetal cells are best, he noted.
He knows that the only way forward, for us to grow better together, is to ensure that every single Michigander can see a doctor without a copay.
It's not much of a surprise that both species grow better when they get water — barely a tree sprouts in the super dry, or xeric, soil, top left.
His promise is that the Southern Baptists can grow better, even if they are not growing bigger: he would like to be the leader of a moral minority.
Of course, certain plants grow better than others in this environment: According to team members, leafy greens like kale, lettuce, tomatoes, and herbs performed exceptionally well in beta testing.
The authors list a few ways genetic information like this can be used to grow better quinoa, including to breed shorter, hardier plants with increased heat and stress tolerance.
Physicist William Happer loves to say that plants grow better when there are higher atmospheric levels of the greenhouse gas carbon dioxide, but that's only one part of the picture.
"We hope that this can help you connect more with your mom, grow better and closer to your family and help your heal however you need to inside," says Jeannie.
It's something that plants love, they grow better with more carbon dioxide, and you can see the greening of the earth already from the additional carbon dioxide in the atmosphere.
And just like the enigmatic Google Assistant, this new initiative of Google acting as a hardware designer and builder is likely to only grow better with more time and experience.
"I was hired specifically to try to make the cells of the rhinos grow better because they were one of the most difficult to grow cell lines," she told CNN.
MUNGER BECAUSE I THINK THEIR ECONOMY MAY GROW BETTER DOING WHAT THEY ARE DOING THAN IT WOULD IF THEY WERE LESS FRIENDLY TO THEIR -- TO THE PEOPLE THAT INVEST THE MONEY.
Seed developers have had great success boosting yields through traditional breeding methods and genetic engineering to make crops use less water, tolerate weed killers and grow better in colder or drier climates.
"With our new family, my wife and I wanted to provide our kids with more room to grow, better views of the river and easier access to the Seaport," Dr. Mohrmann said.
The great thing with gene editing is we can likely do many wondrous things with it, such as potentially cure cancer, halt aging, grow better organs, and overcome disability by better repairing ourselves.
"But it's been proven that the sick heal faster when treated by another human being, even plants grow better when tended to by us," she said, citing the work of Jagadish Chandra Bose.
Co-author Solomon Hsiang, also of the University of California, Berkeley, said the findings were a surprise after some previous research suggested plants might grow better with hazier sunshine, especially crops in the shade.
"By taking advantage of the microgravity conditions of the International Space Station, we hope to grow better, more uniform crystals that we are unable to grow on Earth," Dr. Andrey Kovalevsky, a CounterACT scientist on the study, said in a statement.
Starboard, which first purchased eBay shares in 2018 and in early 2019 pushed for the company to sell both the classifieds business and its ticket-seller StubHub, said on Tuesday that the company would be able to grow better if the businesses were split.
Perhaps we are losing the kid who breaks the code of cancer; or the one who figures out how to make our economy grow better, to lessen inequality and provide more fulfilling jobs; or maybe the kid who starts the next great tech start-up.
In simply being drawn to working with the rich diversity found in nature — ferns still unfurling, wildflowers, old roses (all hard to find, especially from the wholesale market) — they began talking to each other, finding sources, farmers, foragers, pressuring the wholesalers to supply better things, who in turn pressure their growers to grow better things.
Well, because the more northern you are, your crops will grow better, and there are these economic productivity statistics that ... It sounds sort of like geographic determinism, but there's kind of an optimal temperature for economic productivity: about 953 degrees Celsius, which is the historical median of the US. The US has now warmed a little bit beyond them, so the economists say that we're probably losing about a half percent of GDP every year because we're too hot.
When this protein is targeted with inhibitory antibodies in animal models, axons grow better and functional recovery is improved.
The soil of burnt weeds becomes manure for the crops, which make the soil richer and the crops grow better. Spinning the can symbolizes evil and bad luck.
Females grow better than males, yielding more output. Researchers have experimented with dosing tanks of fish with the female sex hormone estradiol to produce all-female stocks, with promising results.
Because the trees have access to a plentiful supply of ground water that builds up in the rainy season, they grow better when the rainy skies clear and allow more sunlight to reach the forest.
Echinocereus spp. are easier to cultivate than many other cacti. They need light soil, a sunny exposure, and a fresh and dry winter to flower. They grow better in soil slightly richer than other cacti.
The plant adopts to grow better in light and medium soils, demands well-drained soil and can grow in nutritionally poor soil. The plant prefers acid, neutral and basic (alkaline) soils. It cannot grow in the shade. It demands dry or moist soil.
To analyze the differences in crop yield of Crotalaria in different regions, samples of Crotalaria brevidens and Crotalaria ochroleuca were taken from each setting and analyzed for crop yield under different water supply conditions. The results of the study show that Crotalaria plant height was extremely sensitive to water supply, and significantly led to a decrease in the shoot heights and leaf sizes in these two species, which ultimately meant lower crop yield. As a result, it can be said that Crotalaria was proven to grow better in regions with more adequate water supplies (ex.- they are predicted to grow better in swamplands than in deciduous bush land).
R. cissoides has adapted to many different soil types throughout New Zealand. However, there are some soil characteristics which enable it to grow better. R. cissoides prefers soils with a moderate to low level of sand. Sand consists of large particles with large air pore spaces.
As small local farms have the ability to tend to a larger variety of plants, it makes it easier to know which varieties respond better to what type of environment. For example farmers can better analyze what might plants grow better in warmer or drier weather. .
Although due to severe cold temperatures and frost in 2016 many growers lost a significant number of vines. To grow better wines in the vineyards, several viticultural practices common in Idaho including the use of open canopies over the vines, drip irrigation and aggressive pruning to ensure lower yields.
Maize is found in the strip between Chad and Nigeria. Groundnuts are in Maroua and northwest and in the Mandara Mountains. The seasonal flooding of the Logone River and Mayo Tsanaga supports large fields of rice. Millet and sorghum grow all over, though millet tends to grow better than sorghum in arid conditions.
Carnation is popular because of its color, size, fragrance and longevity. Scientists studied the biological processes, cellular component and molecular functions to improve the growing of carnation flowers. Carnations grow better in cool climate around 10 to 15 degrees Celsius. Scientists tried to improve the cut flowers to "live" longer in higher temperatures.
A good mix is equal parts sphagnum moss, perlite, and orchid bark which will allow for sufficient drainage to prevent root rot. Hoya species tend to grow better in smaller pots, which allows for their roots to become pot-bound. This can also encourage flowering. Propagation can easily be done by separation or stem cuttings.
Picornaviruses cause a range of diseases. Enteroviruses of the picornavirus family infect the enteric tract, which is reflected in their name. On the other hand, rhinoviruses infect primarily the nose and the throat. Enteroviruses replicate at 37 °C, whereas rhinoviruses grow better at 33 °C, as this is the lower temperature of the nose.
Her model is more limited in scope than the one that Lovelock proposed. Whether this sort of system is present on Earth is still open to debate. Some relatively simple homeostatic mechanisms are generally accepted. For example, when atmospheric carbon dioxide levels rise, plants are able to grow better and thus remove more carbon dioxide from the atmosphere.
They need small amounts of water and the soil is to be kept slightly dry since a very wet soil can end up killing this kind of plant. They can be grown in pots that are not too big or in hanging baskets. They grow better if kept at a minimum temperature of 15 degree Celsius (59 Fahrenheit).
All types of canopy structures rely on the quality that seeds experience when developing. Seeds can grow better when they are protected, however, they also flourish to a greater extent when they are not in a shaded environment. In fact, some seeds are so sensitive that even a slight change in light can prevent it from surviving.
Sandoricum is a tree of humid tropical regions that grows from sea level to an elevation of above sea level. It grows better in deep and organic grounds, and with rainfall distributed throughout the year, although it also tolerates long, dry periods. The distance of planting from each other is . It requires fertilization two times a year so it can grow better.
Shepard and Hudziak discovered that too much HER2 made tumor cells grow better. Then made a key discovery about how HER2 can cause resistance to immune cell killing of tumor cells. Overexpression of HER2 makes cells resistant to killing by macrophages, which are the first line of defense against cancer. This work was done in collaboration with Dr. Hans Schreiber at the University of Chicago.
Pekarangans at high altitudes tend to have a smaller size, increased density of plants, and a smaller range of plant diversity. As altitude increases, temperature decreases, limiting plant diversity. Coconuts and fruit trees tend to develop better in lower-altitude pekarangans while vegetables tend to grow better at higher altitudes. Pekarangans with better access to water—either by climate or by proximity to water resources—are able to facilitate annual crop cultivation.
The lower temperature, combined with shorter periods of daylight, triggers an expected annual dormancy which many non-tropical species need in order to thrive. These non-tropical trees need a cool location in the winter, such as a cool window ledge or "cold room" area in the house. In addition to the need for seasonal temperature variation, many non-tropicals grow better when there is a distinct difference between day temperatures (warm) and night (cooler).
PEI has long been an area of Canada that is known for growing quality island-grown potatoes. This has led to the potato industry investing in methods in which potatoes can grow better, and without disease. One disease in particular that was hampered the PEI potato producers in the past decade is the wire-worm. This spurred scientist Dr. Noronha to create a wireworm trap which severely deterred the pest from affecting nearby potato crops.
Gardening under lights keeps plants blooming almost year-round, for a wintertime harvest. Grow lights are specifically intended to support plant growth, although with varying degrees of success and energy efficiency. Some plants grow better when given more of a certain color light, due to the mechanism of photosynthesis. Specifically more blue wavelengths enhance vegetative growth and development, while the addition of increasing amounts of red light enhances budding, flowering and fruiting.
There are two types of garlic species: Softneck (Allium Sativum Sativum) and Hardneck (Allium Sativum Ophioscorodon). Hardneck garlic varieties are believed to have more flavour than Softneck garlics, characterized by a spicy and more complex taste than other garlic strands. While Hardneck Garlics flourish in cold weather, due to their extensive time of vernalization, Softneck's seemingly grow better in warmer climates. Distinguishing between a Hardneck and Softneck garlic is done through the presence of a scape (flower stalk).
Dozens of such bacteria are known.Michael T. Madigan and Barry L. Marrs; Extremophiles atropos.as.arizona.edu Retrieved on 2008-04-01 Thermophiles prefer temperatures from , whilst hyperthermophiles grow better at temperatures as high as . As they have heat-stable enzymes that retain their activity even at high temperatures, they have been used as a source of thermostable tools, that are important in medicine and biotechnology,Vielle, C.; Zeikus, G.J. Hyperthermophilic Enzymes: Sources, Uses, and Molecular Mechanisms for Thermostability.
I just feel that we gave it everything every time we went out. We tried to win. We didn’t always win. We were beaten by a point, beaten by three points. It doesn’t look great sometimes but we did our utmost to win these games. I said to the players, the belief I have in them and the belief I have that they can continue and go on and grow better when I’m not there is really strong.
Unfortunately this did not always turn out to be the truth, but one can only learn through mistakes. Today, Radju Leħen il-Qala has new studios, better equipped, more comfortable, which after all suit the high image the radio enjoys. These studios have been inaugurated in July 2008. They are under the direction of the present archpriest Canon Dr. Joe Zammit and they are committed to grow better and stronger thus laying the way for the future.
A characteristic of luteomas is that they grow better in the presence of high levels of hormones that function in normal growth, sexual development, and reproductive function. Polycystic Ovary Syndrome causes an excess of hormones in the body including some of the hormones related to these functions. Women who have already had a luteoma during a previous pregnancy have a higher high risk of having another luteoma. In this situation, women can be counseled on the risks of another pregnancy and their alternatives.
Uncle William Creech donated of land to establish Pine Mountain Settlement School, the first educational institution in the area. The school was co-founded in 1913 by Katherine Pettit and Ethel de Long Zande and was designed by architect Mary Rockwell Hook. Pine Mountain Settlement School has served many purposes, though its current foci are Appalachian cultural education and environmental education. As Creech said in a letter from 1915, > I have heart and cravin' that our people may grow better.
The farm rotated its grain production to grow better vegetables. At one time the farm had of asparagus, which sold for 35 to 50 cents per bunch. Briarcliff Farms operated a printing press and office north of the farm office on Pleasantville Road. The print shop produced Briarcliff Farms, the Briarcliff Bulletin in 1900, the monthly Briarcliff Outlook in 1903 and The Briarcliff Once-a-Week in 1908 (all edited by Arthur W. Emerson) and bottle caps for Briarcliff dairy products.
The species of genus Sagenomella generally grow between the temperatures of 20-23 °C on malt extract agar, and are known for their slow growth. Little is known so far about the physiology of S. keratitidis but its close relative, S.chlamydospora, grows best between a temperature of 37 °C and 40 °C, above which it does not survive. Ideal growth for Sagenomella species is at 27 °C.S. keratitidis was found to grow better on media that had been modified with yeast.
The ability to easily grow rhizomes from tissue cultures leads to better stocks for replanting and greater yields. The plant hormones ethylene and jasmonic acid have been found to help induce and regulate the growth of rhizomes, specifically in rhubarb. Ethylene that was applied externally was found to affect internal ethylene levels, allowing easy manipulations of ethylene concentrations. Knowledge of how to use these hormones to induce rhizome growth could help farmers and biologists producing plants grown from rhizomes more easily cultivate and grow better plants.
Slash pine generally grows better in warm humid areas where the average annual temperature is with extreme ranges from . Factors such as competition, fire, and precipitation may limit the natural distribution of these trees. Slash pine are able to grow in an array of soils, however, pine stands that are close to bodies of water such as swamps and ponds grow better because of higher soil moisture and seedling protection from wildfire. These forests have been managed through controlled fires since the beginning of the twentieth century.
Acer buergerianum, U.S. National Bonsai and Penjing Museum Suitable temperatures for indoor bonsai extend from standard room temperature downward. The best temperature range for a tree is determined by its species and, less directly, by its normal range in the wild. Tropical trees are usually tolerant of room temperature year-round but cannot tolerate temperatures approaching freezing, as might occur near an open window in cold weather. Semi-tropical and Mediterranean-climate trees often grow better when temperatures drop well below room temperature during winter months.
Anaerobic infections are caused by anaerobic bacteria. Obligately anaerobic bacteria do not grow on solid media in room air (0.04% carbon dioxide and 21% oxygen); facultatively anaerobic bacteria can grow in the presence or absence of air. Microaerophilic bacteria do not grow at all aerobically or grow poorly, but grow better under 10% carbon dioxide or anaerobically. Anaerobic bacteria can be divided into strict anaerobes that can not grow in the presence of more than 0.5% oxygen and moderate anaerobic bacteria that are able of growing between 2 and 8% oxygen.
Southern States Cooperative is an American farmer-owned agricultural supply cooperative headquartered in the Richmond, Virginia area. Southern States Cooperative supplies small, medium, and large commercial farmers with livestock and animal feed, pasture seed, vegetable seed, farm fertilizers, farm supplies, bulk fuel, and crop services, including information and products to grow better crops. They also supply homeowners with information and products for their lawn, garden, hobby farm, and home. Southern States is a $1.5 billion agribusiness with over 200,000 farmer-members and serves over 1,200 retail outlets across 21 states.
For seed starting and cuttings, a mix can be made using 40% coconut coir or peat moss with limestone, 40% vermiculite, and 20% sandDIY Potting Soil: 6 Homemade Potting MixesBesides sand, it's also possible to use perlite, using near-similar sized percentages (33%-33%-33%).3-ingredient seed starting mix Plants also require potting soil that is specific for their environment. For example, an African violet would grow better in potting soil containing extra peat moss. Cacti and succulents require sharp drainage, thus requiring a much larger percentage of perlite or sand.
While salt marshes are susceptible to threats concerning sea level rise, they are also an extremely dynamic coastal ecosystem. Salt marshes may in fact have the capability to keep pace with a rising sea level, by 2100, mean sea level could see increases between 0.6m to 1.1m. Marshes are susceptible to both erosion and accretion, which play a role in a what is called a bio-geomorphic feedback. Salt marsh vegetation captures sediment to stay in the system which in turn allows for the plants to grow better and thus the plants are better at trapping sediment and accumulate more organic matter.
Mutations also impact promoter binding, elongation, termination, and transcription-coupled repair processes in the RNA polymerase itself. Because of this, rpoB mutations were used to study transcription mechanisms before interest shifted to their ability to impart antibiotic resistance. Particular mutations can even result in strains of M. tuberculosis which grow better in the presence of rifampicin than they do when the antibiotic is not present. In bacteria which are used to produce naturally occurring antibiotics such as erythromycin (Saccharopolyspora erythraea) and vancomycin (Amycolatopsis orientalis) certain rpoB mutations can increase the production of antibiotic by bacteria with those mutations.
Alcian blue carrying a large aromatic surface that can participate in Van der Waal's interaction as well as multiple localized charges. Thus it can be coated onto surfaces and significantly modify surface property and charge. Some cells in culture grow better on surfaces coated with positive charge like poly-L-lysine or polyornithine or Alcian blue. Alcian blue coated surfaces hold onto the negatively charge glycocalyx so tight that it can even be used to cover a layer of cells and then float it up to peel off the roof ("unroofing") to study the cytoplasmic side of the plasma membrane.
Wilson, a gentleman scientist, is the protagonist of Don't Starve. While Wilson has no special abilities beyond growth of "a magnificent beard", which slows the speed of freezing in winter and accelerates overheating in summer, other playable characters do: Willow, a firestarter, has a unique lighter and is immune to fire damage, but will start spreadable fires on the ground when she has low sanity. A girl named Wendy receives visits from her deceased twin sister Abigail when summoned. The strongman, Wolfgang, has high health and significant offensive capabilities that grow better the more his hunger meter is full, but he starves faster and loses more sanity when near danger.
For example, it is sometimes claimed that when atmospheric carbon dioxide levels rise, certain plants may be able to grow better and thus act to remove more carbon dioxide from the atmosphere. However, warming has exacerbated droughts, making water the actual limiting factor on land. When sunlight is plentiful and the atmospheric temperature climbs, it has been claimed that the phytoplankton of the ocean surface waters, acting as global sunshine, and therefore heat sensors, may thrive and produce more dimethyl sulfide (DMS). The DMS molecules act as cloud condensation nuclei, which produce more clouds, and thus increase the atmospheric albedo, and this feeds back to lower the temperature of the atmosphere.
When a forest fire eventually does occur, the increased fuel creates a crown fire, which destroys all vegetation and affects surface soil chemistry. Although such fires have been occurring sporadically for 100 million years, and are part of the natural ecological rhythm of forests, frequent and small 'natural' ground fires do prevent the accumulation of fuel and allow large, slow-growing vegetation (e.g. trees) to survive. Periodic low-intensity wildfires are also an integral component of certain ecosystems that evolved to take advantage of natural fires, such as Douglas fir, chaparral and closed-cone pine forest habitats, which need fire for cones to open and seeds to sprout, and germinate and grow better in open burn sites.
John Hamaker was born in St. Louis, Missouri, United States, and graduated from Purdue University in Mechanical Engineering. Concerned for the environment, he became a student of ecology and agriculture and was influenced by books such as Bread From Stones,Bread From Stones: A New and Rational System of Land Fertilization and Physical Regeneration, republished by Acres USA, Austin, Texas – Julius HenselJulius Hensel by John Mann which showed plants grow better in soils generated by mimicking natural soil-forming processes that take millennia, such as the advance and retreat of glaciers scouring over the Earth's crust, or rock weathering of volcanic lava. In the 1960s, Hamaker cultivated an interest in soil and climate issues, and began publishing articles about how the health of an individual, society and planetary ecology only thrive as an interdependent whole. For 30 years, he wrote and campaigned for organic agriculture based on soil remineralization, and was the first to call for the remineralization of the Earth to forestall the next glacial period within the current ice age cycle.

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