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Plant scientists identify aphid - destroying wasps in cup plants.»
Not exact matches
Here's how it works:
Scientists identify the desired genes in a
plant or animal and insert them into a host such as yeast.
By
planting the same
plant species and genotypes in different environments,
scientists can
identify which ones perform best and are most likely to survive changing conditions.
The
scientists, led by Dr Jake Bundy and Dr Manuel Liebeke from Imperial College London, have
identified molecules in the earthworm gut that counteract the
plant's natural defences and enable digestion.
Scientists at Kumamoto University originally developed a cultivation kit to culture and
identify mycorrhizae, fungi that have a symbiotic relationship with many
plants and are necessary for cultivating orchidaceous
plants in the laboratory.
New research from an Iowa State University
scientist identifies a genetic mechanism that governs growth and drought tolerance in
plants, a development that could lead to better performing traits in crops.
In recent years,
scientists have
identified a host of compounds called chemical elicitors — found, for example, in insect saliva — that can limit
plant defenses, including the production of bad - tasting compounds that ward off herbivores.
A team of researchers at the University of Bonn, in cooperation with
scientists from the Sainsbury Laboratory in Norwich, has now
identified a gene in thale cress (Arabidopsis thaliana), called NILR1, that helps
plants sense nematodes.
With funding from Wine Australia, a team of
scientists from the ARC Centre of Excellence in
Plant Energy Biology at the University of Adelaide and CSIRO Agriculture and Food
identified genes expressed in grapevine roots that limit the amount of sodium — a key component of salt — that reaches berries and leaves.
But early in the investigation,
scientists identified the cow parts that might carry the risk of contaminating farmers, slaughterhouse workers, employees at rendering
plants, butchers, and the public.
A team of
scientists has now
identified proteins, which play a key role in the production of rubber in the
plant.
Scientists from the University of Bern now
identified the most important environmental and species characteristics for
plants to colonize and establish in novel places.
By
identifying images with changing leaves, blooming flowers, and other easy - to - recognize features, citizen
scientists can contribute to a better understanding of how
plants are responding to climate change
Scientists from the Max Planck Institute for Chemical Ecology in Jena (Germany) and their colleagues from Stanford and Duluth (USA) have
identified the sugar transporter that plays a key role in
plants» nectar production.
They have to send in a sample of the
plant, that is then positively
identified by
scientists at the University of Florida, who work in partnership with the state to combat invasive species.
Isabell Albert, Hannah Böhm, Thorsten Nürnberger and other researchers at the Center for
Plant Molecular Biology (ZMBP), working with scientists at the universities of Utrecht, Würzburg and Tsinghua (Beijing) have identified genes in the model plant Arabidopsis thaliana which are important for recognising n
Plant Molecular Biology (ZMBP), working with
scientists at the universities of Utrecht, Würzburg and Tsinghua (Beijing) have
identified genes in the model
plant Arabidopsis thaliana which are important for recognising n
plant Arabidopsis thaliana which are important for recognising nlp20.
Using advanced molecular screening tools, our
scientists identify the specific gene modifications that produce the desired effects in laboratory
plants.
Scientists have
identified a receptor on
plant stem cells that can issue different instructions about how the
plant will grow...
The Arabidopsis Genome Initiative (AGI) began in 1996 when Japanese, European and American
scientists established a plan to dissect the
plant at the molecular level and
identify all of its genes.
Their study could help
scientists identify ways to enhance the soil microbiome for improved carbon storage and
plant productivity.
If you had an organic, non-GMO heirloom garden of the top strains of each fruit and vegetable, and each year you were able to hire
scientists to test and
identify the top producing seeds from your crops so that only those seeds were
planted the next year, you would be able to continually improve your garden year after year.
Widely used cannabis
plants contain a staggering 483 medicinal compounds that
scientists have
identified so far.
Resource Title S.T.E.M Activity Pack Age / Year Group Key Stage 1 and Key Stage 2 Total Pages in download ❤ 46 (25 printable NO - PREP worksheets / tasks and activities) File Type PDF Resource Content A whole variety of S.T.E.M Activities covering the following areas of learning - ❂
Plants ❂ Fingerprints ❂ Fun Hand and Feet Measurement Worksheets ❂ Reuse and Recycle ❂ Remodel the Room ❂ Mathematical Geniuses ❂ Robot Home Task ❂ Robot Classroom Task ❂ Raving Raisins Experiment and Prediction Template ❂ Krafty Keyboard -
Identify the keys ❂ Inventors ❂ Sink or Float ❂ Magnetic Objects ADDED BONUS Awards for Thriving Engineer, Mathematical Genius, Star
Scientist and more.
Scientists have
identified more than 700
plants that produce troublesome or toxic substances in sufficient amounts to harm animals.
Using genomic technologies — those that examine the entirety of available genetic diversity in individual
plants or animals and populations of those individuals —
scientists can
identify beneficial genetic traits and bring together new combinations of genes that enable crops and animals to perform well in specific environments.
By looking at how photosynthesis occurs in
plants,
scientists have
identified why the process is so efficient.
By
planting the same
plant species and genotypes in different environments,
scientists can
identify which ones perform best and are most likely to survive changing conditions.
But the Hawaiian
scientists tried a simple theoretical approach, by first
identifying the ranges of temperature, soil moisture and light that drive 95 % of the world's
plant growth today.
In its report, Ford estimated that yearly greenhouse gas emissions from its vehicles and manufacturing
plants totaled the equivalent of 400 million metric tons of carbon dioxide, which
scientists have
identified as one of the leading man - made causes of global climate change.
But now
scientists in Switzerland have
identified why all that fertilizer use is decreasing biodiversity more broadly: Fast - Growing
Plants Overwhelm Grasslands The results of research done at the University of Zurich have been published in the latest issue of Science show that, looking at grasslands, the main reason is that all those extra nutrients allow faster growing plants to overwhelm an area, blocking sunlight from reaching smaller, slower - growing p
Plants Overwhelm Grasslands The results of research done at the University of Zurich have been published in the latest issue of Science show that, looking at grasslands, the main reason is that all those extra nutrients allow faster growing
plants to overwhelm an area, blocking sunlight from reaching smaller, slower - growing p
plants to overwhelm an area, blocking sunlight from reaching smaller, slower - growing
plantsplants.
The question takes on increasing significance as
plants and animals vanish before
scientists can even
identify them.»