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  • Light Micrograph of pollen grains from a flower; magnification 100x at 35mm.
    K12-pollen8563.jpg
  • An X-ray of a bouquet with tulipss .  This low energy x-ray shows the interior structure of the flowers.
    K08flower-cropA.jpg
  • Jack-in-the-pulpit X-ray (Arisaema triphyllum) is a common perennial found in swamps and rich, moist woods of eastern North America. The American Indians used this plant medicinally for a large variety of ailments.
    K11-xjackpulp3.jpg
  • Jack-in-the-pulpit X-ray (Arisaema triphyllum) is a common perennial found in swamps and rich, moist woods of eastern North America. The American Indians used this plant medicinally for a large variety of ailments.
    K11-xjackpulp1.jpg
  • An X-ray of a Kentucky Coffee Tree seed pod (Gymnocladus dioicus) .  This low energy x-ray shows the interior structure of the seed pod. A common name for this tree is the Coffeetree
    x07KentuckyCoffeeTreepod7blue.jpg
  • An X-ray of a bouquet with tulips combined with a visible light image of the came bouquet .  This low energy x-ray shows the interior structure of the flowers.
    K08flowerxraycombo1A.jpg
  • An X-ray of an iris flower (Iris germanica) .  This low energy x-ray shows the interior structure of the flower.
    irisnegCU.jpg
  • An X-ray of a Kentucky Coffee Tree seed pod (Gymnocladus dioicus) .  This low energy x-ray shows the interior structure of the seed pod. A common name for this tree is the Coffeetree
    x07KentuckyCoffeeTreepodneg.jpg
  • An X-ray of an iris flower (Iris germanica) .  This low energy x-ray shows the interior structure of the flower.
    irisneg.jpg
  • X-Ray of the  Hybrid hyacinth (Hyacinthus sp.) .
    K11X-hyacinthCU3.jpg
  • X-Ray of the  Hybrid hyacinth (Hyacinthus sp.) .
    K11X-hyacinth01.jpg
  • X-Ray of the  Hybrid hyacinth (Hyacinthus sp.) .
    K11X-hyacinthCU2.jpg
  • Cocoa pod (Theobroma cacao). This is the fruit of the cocoa, or cacao, tree from which cocoa beans are extracted. The leathery yellow pod contains up to 100 beans embedded in a soft pulp. These are dried, roasted and ground to produce cocoa powder, which is then used to make chocolate.
    K12-cocapod1146.jpg
  • Cocoa pod (Theobroma cacao). This is the fruit of the cocoa, or cacao, tree from which cocoa beans are extracted. The leathery yellow pod contains up to 100 beans embedded in a soft pulp. These are dried, roasted and ground to produce cocoa powder, which is then used to make chocolate.
    K12-cocapod1130.jpg
  • X-Ray of the  Chinese lantern plant, (Physalis alkekengi) also called the winter cherry or bladder cherry is a member of the potato family.  The chinese lantern plant is used mostly for decorative purposes, but is also harvested for its fruit. The fruit has twice the Vitamin C of lemons and resembles a blonde-red cherry tomato.
    K11Xlatern2C.jpg
  • X-Ray of the  Chinese lantern plant, (Physalis alkekengi) also called the winter cherry or bladder cherry is a member of the potato family.  The chinese lantern plant is used mostly for decorative purposes, but is also harvested for its fruit. The fruit has twice the Vitamin C of lemons and resembles a blonde-red cherry tomato.
    K11Xlatern2B.jpg
  • X-Ray of the  Hybrid hyacinth (Hyacinthus sp.) .
    K11X-hyacinthCU1.jpg
  • A male American Toad (Bufo americanus)making vocalizations for mating. The male has an air sack that inflates to make the charasteric call.  The female will respond to an attractive call.  This image was taken the last  week of April in Upstate New York.  The toads live in woodland forest and only return to swamp land to mate and lay their eggs.  The toads only mate for about three days.
    K07toadmate0435.jpg
  • Scanning electron microscope image of a strawberry seed. Strawberry (Fragaria x ananassa) magnified 50x.
    K07SEM-strawberry1.jpg
  • Scanning electron microscope (SEM) image of the  sporangia (spore sacs)  of the "male fern".  The sporangia are borne on the undersides of the leaf fronds in brown kidney- shaped structures known as sori.   Each sporangium is a biconvex capsule in which the mature spores lie freely.   As the mature sporangium dries, the tension in the walls of the annulus causes the sporangium to rupture, expelling the spores which are then distributed by the wind. The calibration bar is 20 um and the image was collected at a magnification of 2,280x.
    K08semfern049B.jpg
  • Scanning electron microscope (SEM) image of the  sporangia (spore sacs)  of the "male fern".  The sporangia are borne on the undersides of the leaf fronds in brown kidney- shaped structures known as sori.   Each sporangium is a biconvex capsule in which the mature spores lie freely.   As the mature sporangium dries, the tension in the walls of the annulus causes the sporangium to rupture, expelling the spores which are then distributed by the wind. The calibration bar is 20 um and the image was collected at a magnification of 2,280x.
    K08semfern045b.jpg
  • X-Ray of the  Hybrid hyacinth (Hyacinthus sp.) .
    K11X-hyacinth02.jpg
  • Scanning electron microscope image of a strawberry seed. Strawberry (Fragaria x ananassa) magnified 50x.
    K07SEM-strawberry2.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170524H072A.jpg
  • Scanning Electron Micrograph (SEM) of a grain of pollen from Cannabis sativa plant. The pollen is 20 um in diameter and is scattered by air currents.  The pollen of the cannabis plant is almost identical to the hops plant, a close relative.
    K170524CPDpollen010A.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170517-B027pan.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170525-B-cpdM080C.jpg
  • X-ray of a pinecone and seeds.  The pine nuts are protected close to the stem.
    K11X-pineseedsCU2.jpg
  • The pollen from a male cannabis plant is nestled into the female stigma and is in the process of transferring genetic material to the female to create a seed.  The pollen is 20 um in diameter. A single grain of pollen is too small to see with the human eye. The pollen is scattered by air current to pollenate the female plant.
    K170525-D027panA.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170524H072B.jpg
  • X-ray of a pine cones.
    K11X-pinecones3.jpg
  • The pollen from a male cannabis plant is nestled into the female stigma and is in the process of transferring genetic material to the female to create a seed.  The pollen is 20 um in diameter. A single grain of pollen is too small to see with the human eye. The pollen is scattered by air current to pollenate the female plant.
    K170525-F048panA.jpg
  • The pollen from a male cannabis plant is nestled into the female stigma and is in the process of transferring genetic material to the female to create a seed.  The pollen is 20 um in diameter. A single grain of pollen is too small to see with the human eye. The pollen is scattered by air current to pollenate the female plant.
    K170525-E038panA.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170525-B-cpdM080B.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170525-B-cpdM080.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170524H072B1.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170517bud-F055panC.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170517bud-F055panA.jpg
  • X-Ray of a Maple Seed (Acer sp).
    K07X07mapleseednegGR.jpg
  • Male mosquito head (family Culicidae).  The large bushy antenna is used to detect females. The individual eye lenses detect levels of light and dark in different directions.  Several mosquito species are vectors for human diseases, including malaria and yellow fever. This is a scanning electron microscope image..The calibration bar is 100 um and the magnification is 41 x.
    K08semmosquito-c01.jpg
  • Scanning Electron Micrograph (SEM) of a grain of pollen from Cannabis sativa plant. The pollen is 20 um in diameter and is scattered by air currents.  The pollen of the cannabis plant is almost identical to the hops plant, a close relative.
    K17SEM-canpollen025.jpg
  • The stigma of Cannabis sativa. The stigma is the structure on the female flower that catches the male pollen. The sexual transfer of genetic materials is critical for creating seeds.  This Scanning Electron Microscope image (SEM) has false color applied. The stigma is 1 mm in diameter in this image.
    K170517bud-F055panB.jpg
  • An X-ray of a Passion flower (Passiflora sp.) This tropical climber is grown throughout the world for its ornamental value.
    K15XPassion_Vine_Side2.jpg
  • An X-ray of a Passion flower (Passiflora sp.) This tropical climber is grown throughout the world for its ornamental value.
    K15XPassion_Vine_Side3.jpg
  • An X-ray of a Passion flower (Passiflora sp.) This tropical climber is grown throughout the world for its ornamental value.
    K15X-Passion2_Vine_Above_White.jpg
  • Scanning electron micrograph (SEM) of poppy seeds. Poppy seeds used in breads and sweets are the seeds of Papaver somniferum, "opium poppy,"  The seeds and the oil pressed from them have been used in Asia Minor for thousands of years.
    K13SEM-poppy-seedB.jpg
  • An X-ray of a Passion flower (Passiflora sp.) This tropical climber is grown throughout the world for its ornamental value.
    K15X-Passion2_Vine_Above02.jpg
  • An X-ray of a Passion flower (Passiflora sp.) This tropical climber is grown throughout the world for its ornamental value.
    K15XPassion_Vine_Side_White.jpg
  • Scanning electron micrograph (SEM) of poppy seeds. Poppy seeds used in breads and sweets are the seeds of Papaver somniferum, "opium poppy,"  The seeds and the oil pressed from them have been used in Asia Minor for thousands of years.
    K13SEM-poppy-seedC.jpg
  • Scanning electron micrograph (SEM) of poppy seeds. Poppy seeds used in breads and sweets are the seeds of Papaver somniferum, "opium poppy,"  The seeds and the oil pressed from them have been used in Asia Minor for thousands of years.
    K13SEM-poppy-seedA.jpg
  • Scanning electron microscope image of Snake Liverwort (Conocephalum conicum).  This specimen was collected in the moist glens of the Finger Lake Region of New York State.  Liverworts (class Hepaticae) are related to mosses. They grow in damp habitats and are found on the ground and moist rock surfaces. They have no true vascular tissue, but are attached to the ground by means of root-like rhizoids.  Liverworts can reproduce vegetatively by fragmentation of the thallus or by producing specialized cell masses called gemmae.   The central structures in this image are the reproduction organs. Magnification is 125x and represents a section of the plant 1 mm wide...
    K08SEmliverwort000B.jpg
  • Scanning electron microscope image of Snake Liverwort (Conocephalum conicum).  This specimen was collected in the moist glens of the Finger Lake Region of New York State.  Liverworts (class Hepaticae) are related to mosses. They grow in damp habitats and are found on the ground and moist rock surfaces. They have no true vascular tissue, but are attached to the ground by means of root-like rhizoids.  Liverworts can reproduce vegetatively by fragmentation of the thallus or by producing specialized cell masses called gemmae.   The central structures in this image are the reproduction organs. Magnification is 45x and represents a section of the plant 4 mm wide...
    K08SEmliverwort002B.jpg
  • Scanning electron microscope image of Snake Liverwort (Conocephalum conicum).  This specimen was collected in the moist glens of the Finger Lake Region of New York State.  Liverworts (class Hepaticae) are related to mosses. They grow in damp habitats and are found on the ground and moist rock surfaces. They have no true vascular tissue, but are attached to the ground by means of root-like rhizoids.  Liverworts can reproduce vegetatively by fragmentation of the thallus or by producing specialized cell masses called gemmae.   The central structures in this image are the reproduction organs. Magnification is 125x and represents a section of the plant 1 mm wide...
    K08SEmliverwort000C.jpg
  • Scanning electron microscope image of Snake Liverwort (Conocephalum conicum).  This specimen was collected in the moist glens of the Finger Lake Region of New York State.  Liverworts (class Hepaticae) are related to mosses. They grow in damp habitats and are found on the ground and moist rock surfaces. They have no true vascular tissue, but are attached to the ground by means of root-like rhizoids.  Liverworts can reproduce vegetatively by fragmentation of the thallus or by producing specialized cell masses called gemmae.   The central structures in this image are the reproduction organs. Magnification is 45x and represents a section of the plant 4 mm wide...
    K08SEmliverwort002B.jpg
  • This gorged female mosquito (Aedes sp.) has been crushed in retaliation by its human victim. Female mosquitoes have a long proboscis adapted for piercing skin in order to feed on blood which is necessary to the female's reproductive cycle. The males of the species do not feed on blood and therefore do not transmit dangerous viruses. This mosquito was photographed on Grand Manan Island off the coast of New Brunswick, Canada.
    IMG_7820.jpg
  • Close-up of a female mosquito (Aedes sp.) biting a human. Female mosquitoes have a long proboscis adapted for piercing skin in order to feed on blood which is necessary to the female's reproductive cycle. The males of the species do not feed on blood and therefore do not transmit dangerous viruses. This mosquito was photographed on Grand Manan Island off the coast of New Brunswick, Canada.
    IMG_7819.jpg
  • Close-up of a female mosquito (Aedes sp.) biting a human. Female mosquitoes have a long proboscis adapted for piercing skin in order to feed on blood which is necessary to the female's reproductive cycle. The males of the species do not feed on blood and therefore do not transmit dangerous viruses. This mosquito was photographed on Grand Manan Island off the coast of New Brunswick, Canada.
    IMG_7818.jpg
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Ted Kinsman

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