「POLLEN」の共起表現一覧(1語右で並び替え)
該当件数 : 302件
flow filtration (HAF), which filters any dust, | pollen, airborne contaminants and resultant debris fr |
an unexpected similarity to that of the birch | pollen allergen Bet v 1 and to bacterial polyketide c |
ia japonica (Japanese cedar) - the most common | pollen allergen in Japan; and P56 and P59, which shar |
un-off after the end of the last deglaciation, | pollen analysis performed as early as 1940 had alread |
The | pollen analysis revealed the agricultural history of |
Mercer, R. J. & Dimbleby, G. W., | Pollen analysis and the hut circle settlement at Stan |
en Botanical Garden and one of the pioneers of | pollen analysis in quaternary geology. |
ost of Stockholm to learn his method of fossil | pollen analysis . |
red from March to June, feeding and collecting | pollen and nectar on early flowering plants, mainly o |
e are 8 stamens with anthers bearing blue-gray | pollen, and a protruding stigma. |
They also like to lick hard, tart fruit, | pollen and nectar found on Coonatorious Palm trees. |
In the cells they store a supply of | pollen and nectar as food for the larvae. |
The higher the tobacco smoke, | pollen and dust numbers, the faster the unit filters |
roid that infects plants and is transmitted by | pollen and infected seeds or budwood. |
Pre-Columbian Maize Agriculture in Costa Rica: | Pollen and Other Evidence from Lake and Swamp Sedimen |
The examination of | pollen and peat samples indicated that the plough cou |
al plants, artifacts, archeological materials, | pollen, and photographs. |
The anthers dehisce, releasing the | pollen, and the flower is then withdrawn below the wa |
bee adds an egg to each with a food supply of | pollen and nectar paste. |
e encountered from May through July feeding on | pollen and nectar. |
the bottom leaves of the top, with creation of | pollen and seeds happening in the same plant. |
In the cells they store | pollen and nectar as food for the larvae, which pupat |
ces the number of nearby plants that can trade | pollen and the likelihood of visits from common polli |
s of clothianidin on bees through contaminated | pollen and nectar. |
tness the secret ceremony that utilizes orchid | pollen and a victim's pineal gland secretions. |
Females gather | pollen and nectar as food from a variety of plants, a |
The adults feed on nectar, | pollen and aphid honeydew but the larvae are active p |
perfect-flowered, produce fruit with their own | pollen, and may also pollinate pistillate cultivars. |
ground, and provisions are a soupy mixture of | pollen and nectar in cells with a waxlike waterproof |
iphyophyllum peltatum) is supported by similar | pollen and petiole structure. |
Theys are polyphagous, feeding on | pollen and nectar of various herbaceous flowering pla |
e encountered from May through July feeding on | pollen and nectar, mainly on Asteraceae , Rosaceae, C |
receiver bees (bees in the nest which receive | pollen and nectar from incoming foragers during unloa |
d that neonicotinic residues can accumulate in | pollen and nectar of treated plants and represent a p |
can be distinguished from other genera by its | pollen, and forms the Rhaponticum group of about 40 s |
treme specialists (oligoleges) with respect to | pollen and will only collect pollen from a few closel |
They also like to lick soft, sweet fruit, | pollen and nectar. |
Each cell contains | pollen and nectar, then one egg is laid inside a cell |
h contain a brood cell, and once each cell has | pollen and nectar for the larva to feed on - a small |
ance similar to primroses, its white or yellow | pollen, and its tolerance for droughty and desert con |
hocolate, green tea, olive oil, argan oil, bee | pollen and many grains are sources. |
itors, especially Apiaceae species, feeding on | pollen and the nectar. |
Both adults and larvae feed on the | pollen and nectar in the flowers. |
Pollen and peat analysis dated the remains to sometim | |
(CADR) numbers: one for tobacco smoke, one for | pollen and one for dust. |
er core of the stalk, green bloom spikes, ripe | pollen, and starchy roots. |
t 10,000 to 15,000 years as reconstructed from | pollen and other paleoenvironmental data from over a |
s; however, the translocation of residues into | pollen and nectar of treated plants and the potential |
mm long, most likely to aid them in collecting | pollen and nectar. |
items (in predatory wasps), or masses of mixed | pollen and nectar (in bees); only rarely are other so |
ed that position in the successive Fox, Vogel, | Pollen and Atkinson ministries. |
Exposure through contaminated | pollen and nectar and potential toxic effects therefo |
They also like to lick soft, sweet fruit; | pollen; and nectar. |
Adult Pyrophorus beetles feed on | pollen and sometimes small insects, such as aphids or |
r life cycle as aeroplankton, often as spores, | pollen, and wind-scattered seeds. |
He also states that the | pollen appears to be normal. |
plant remains, as well as root structures and | pollen, are also found in the formation. |
The | pollen are arranged in a structure named Pollinia whi |
ween GM and non-GM fields which actively catch | pollen are called "pollen barriers" or "buffer zones" |
Bees collect | pollen as a protein source to raise their brood. |
nt insects that will feed opportunistically on | pollen, as will various birds and other nectarivores. |
are unusual among butterflies in that they eat | pollen as well as sip nectar. |
In the cells they store the | pollen as food for the larvae. |
J. virginiana sheds | pollen as early as late winter and through early spri |
today- treeless with grasses representative of | Pollen Assemblage Zone MNH-I reflecting "mixed agricu |
hods either to prevent GM crops from producing | pollen at all, or to develop GM crops with pollen tha |
bee larva hatches it consumes the host larva's | pollen ball, and, if the female cleptoparasite has no |
This kind of | pollen barrier is often called a "buffer strip" or "b |
However, the most efficient | pollen barriers are made of non-GM crops of the same |
Pollen barriers can be made of any species of hedge, | |
Pollen barriers, such as buffer strips, may be an app | |
The | pollen basket below the abdomen is bright red. |
The | pollen basket is on most of the hind leg. |
The | pollen basket of the species is located under its abd |
ies also have a well-developed "corbicula", or | pollen basket, on the sides of the thorax; it is form |
Pollen, beeswax, and propolis are also produced. | |
Meligethes aeneus is an abundant | pollen beetle in the United Kingdom. |
d other insects that typically do not transfer | pollen between individual plants), or possible protoc |
The plant benefits from the spread of | pollen between flowers, while the pollinator receives |
iage and likened its appearance to a "cloud of | pollen blown from willow catkins." |
The flower is sweetly scented and | pollen bright red. |
here either the larval or adult stage feeds on | pollen, but not both; there are other wasps which are |
c flowers with large anthers usually releasing | pollen by means of pores at the apex, as well as by i |
separating them, on which genetically modified | pollen can settle without fertilising non-GM crops. |
The flowers are catkins; the male ( | pollen) catkins are produced in clusters (not singly |
American Chestnut male ( | pollen) catkins |
The flowers are catkins; the male ( | pollen) catkins are 2-15 cm long, the female catkins |
ly pollinated by blowing a mixture of talc and | pollen collected from selected palms of a variety kno |
likely cleptoparasites, indicated by a lack of | pollen collecting structures in their female morpholo |
y recognized in almost all cases, as they lack | pollen collecting structures (the scopa) and do not c |
, the Paleobotanical Collection (including the | Pollen Collection), and the Margaret Towle Collection |
ecules (e.g. from pathogens, toxins, proteins, | pollen) comprising several epitopes. |
Pollen cones are crowded near the proximal end of a n | |
The green or palidly brown | pollen cones (male) are long (20-30 cm.), narrow (7 o |
The plants are dioecious with | pollen cones being solitary while those of female pla |
Foliage and | pollen cones |
The | pollen cones are 3-5 mm long, and shed their pollen i |
The male ( | pollen) cones are 2 cm long, shedding pollen in sprin |
Male plants produce | pollen cones at the nodes which are up to 8 millimete |
Male plants bear | pollen cones 4 to 7 millimeters long. |
The | pollen cones are purple or brown, 1.5-3 mm long and 1 |
The | pollen cones are cylindrical, 3-6 mm long and 1.2-2 m |
The | pollen cones are 25-45 mm long and 10-11 mm broad. |
t niche was then open to various unspecialized | pollen consumers such as thrips, hoverflies and small |
Melissopalynology is the study of | pollen contained in honey and, in particular, the pol |
ains no transgenes; in some plant species, the | pollen contains no chloroplasts and thus no transgene |
They feed on | pollen, copulate and oviposit within the flowers. |
eticulata was one of the species analyzed in a | pollen core samplng study in northern Arizona, in whi |
es in the Waterman Mountains of Arizona; these | pollen core analyses indicate that this cactus specie |
From | pollen core data, a portion of the prehistoric distri |
Re-recordings of "The Pop Singer's Fear of the | Pollen Count" and "Your Daddy's Car" were included, a |
nd stock indices, sports scores and standings, | pollen count, etc. |
t the cell plate during cytokinesis and during | pollen development. |
ork led to the publication of the first modern | pollen diagram in 1916, the same year that von Post p |
Liptinites were originally formed by spores, | pollen, dinoflagellate cysts, leaf cuticles, and plan |
ause Linnaea borealis is self-incompatible and | pollen dispersal is not far, genetic individuals can |
Is necessary for | pollen elongation for pollen tube formation. |
Pollen evidence from the Mardyke valley shows that th | |
Pollen evidence indicates that there were climatic fl | |
is cylindrical and has cavities into which the | pollen falls into. |
If large amounts of GM | pollen fertilise crops in a non-GM field, that harves |
modified hairs on bees that are used to remove | pollen, floral oils, or other chemicals from plants, |
ructions make the plant dependent upon foreign | pollen for normal seed set. |
the habit of gathering floral oils instead of | pollen for use as a larval food; this behavior is oth |
It is known only from fossilised | pollen found in Eocene deposits of East Germany. |
self-fertile B. liniflora, all species require | pollen from other individuals for fertilization. |
Like other ragweeds, wind blown | pollen from burro-weed may be highly allergenic. |
Mexican long-tongued bats feed on nectar and | pollen from agaves and other plants. |
few seeds by hand-pollinating the flowers with | pollen from diploid, seeded bananas. |
ke the honeybee (Apis spp.) collect nectar and | pollen from flowers and store them for food. |
m the seed of a Neoregelia carolinae bred with | pollen from a Neoregelia oligantha. |
Each plant receives a blend of | pollen from a large number of individuals each having |
Sheep grazing in mustard fields were dusted by | pollen from the blossom that turned their undersides |
r forage or food supply consists of nectar and | pollen from blooming plants within flight range. |
All that remain are | pollen from lake beds, hollow endocarps (nuts) found |
marry) is the pollination of a flower with the | pollen from another flower on the same flowering plan |
tt Bousman, and Makisang Nyakale 2005 Holocene | pollen from swamp, cave and hyrax dung deposits at Bl |
Plants are sometimes fertilized with | pollen from other Antennaria species, which may bring |
rb-rich grassland where it feeds on nectar and | pollen from a variety of flowers, especially ones tha |
roid, it was discovered when it was shown that | pollen from rapeseed (Brassica napus) could promote s |
lf-incompatible, flowers of one cactus require | pollen from another individual of the species for fer |
re individual known in Tucson, and may require | pollen from a different individual to produce fruit. |
F. halensis was described based on fossilised | pollen from sediments in the Hale Basin of central Au |
logamy is used specifically to mean the use of | pollen from one plant to fertilize the flower of anot |
t the plants in the non-GM field have received | pollen from neighbouring GM fields. |
has been identified as an insect that collects | pollen from the cycad, Cycas media. |
such as Aedes aegypti, which may also feed on | pollen, fruit juice, and other biological fluids. |
The grape originated as a cross of Syrah | pollen germinating a Peloursin plant. |
Adrienne discovered that | pollen gets carried in the air and can cause sneezing |
ms, the male gametophytes have been reduced to | pollen grains and their antheridia have been reduced |
s is characterised by inaperturate and spinose | pollen grains that are united in loose tetrahedral te |
Pollen grains of entomophilous plants are generally l | |
) certainly does not need buzz pollination, as | pollen grains are large, sticky and freely dispensed. |
this time he developed the technique of using | pollen grains to build stratigraphies that could be u |
n species that are wind-pollinated.Transfer of | pollen grains from anther to the stigma of another fl |
Droserapites | pollen grains are united in tetrads (groups of four). |
Mega-plant fossils are rare in the park, but | pollen grains and spores collected from here suggest |
as functional jaws and it feeds as an adult on | pollen grains from a wide variety of plants such as A |
as functional jaws and it feeds as an adult on | pollen grains from a wide variety of flowers includin |
as functional jaws and it feeds as an adult on | pollen grains, mainly from the flowers of Carex speci |
fertilisation will occur only if any grains of | pollen happen to have mutations that will suppress th |
tracted to the flowers which contain nectar or | pollen, hence the plant is sometimes called the Bee N |
he adult insects can fly and will feed only on | pollen, honey and nectar to reproduce. |
unique for two reasons: first, the only known | pollen host is a single species-the yellow passionflo |
e male cones are 1.5-2 mm long, and shed their | pollen in spring. |
By studying the | pollen in a sample of honey, it is possible to gain e |
o 4 mm (0.079 - 0.16 in.) long, and shed their | pollen in early spring. |
The male cones are 3-5 mm long, and release | pollen in February/March; typically, cones of C. gove |
Flying honeybee with red | pollen in pollen basket likely on henbit |
characterizes most bees, and instead carry the | pollen in their crop. |
The male cones are 3-5 mm long, and release | pollen in February-March. |
The male cones are 2-4 mm long, and shed their | pollen in early spring. |
a, which is atypical among bees; Hylaeus carry | pollen in the crop, rather than externally, and regur |
emporary with Lindow Man; however, analysis of | pollen in the peat suggests there was some cultivatio |
zing on floral oils as larval food rather than | pollen, including Rediviva emdeorum, a highly unusual |
er lip has faint white markings leading to the | pollen inside. |
There are some bees which transport | pollen internally in the crop, and these lack a scopa |
llinated by bees because their anthers release | pollen internally, and it must be shaken out by buzz |
taminate cones are entirely consumed; only the | pollen is eaten from dried cones. |
Pollen is the sequel to Vurt and concerns the ongoing | |
otrude from the flowers, it is likely that the | pollen is spread mainly by wind. |
Entomophily is a form of pollination whereby | pollen is distributed by insects, particularly bees, |
Pollen is temporarily stored in pollen baskets | |
in is not a candidate for buzz pollination, as | pollen is freely dispensed. |
from the study of a given sample of honey (and | pollen) is useful when substantiating claims of a par |
l bees, and a few different kinds of wasps, as | pollen is often the only solid food consumed by all l |
In male-sterile plants, no | pollen is produced. |
The | pollen is a known allergen, although not as potent as |
o mid green, fairly stout, and 4-7 cm long.The | pollen is released early compared to other pines in t |
these plants the male plant which supplies the | pollen is referred to as the pollenizer. |
She also begins to build up a | pollen larder, which will feed her brood. |
Pollen magnified 200x | |
era in this family, have liquid or semi-liquid | pollen masses on which the larvae develop. |
Pollen matching the description of D. senonicus has b | |
Dandelion | pollen may cause allergic reactions when eaten, or ad |
Matthew Bivins, Ward Williams, and Christopher | Pollen met and formed Jump, Little Children at the No |
hey construct small cells containing a ball of | pollen mixed with nectar, upon which an egg is laid, |
These bees store mostly | pollen moistened with a small amount of nectar which |
remove from the air at least 99.999% of dust, | pollen, mold, bacteria and any airborne particles wit |
A plant usually produces | pollen more copiously in wet years. |
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