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Herbaceous dicot vine: Cucurbita

long section: Cucurbita stem magnification: 40x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 40x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Stainless Kitchen grater isolated

A Stainless Kitchen grater isolated used for cheese and fruits

Herbaceous dicot vine: Cucurbita

long section: Cucurbita stem magnification: 40x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 40x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Los Angeles, California: LA BREA TAR PITS and Museum

Los Angeles, California: LA BREA TAR PITS and Museum

Sannai-Maruyama site, reconstructed of houses, pillar-supported buildings, mounds, and burial pits and jars were unearthed

Sannai-Maruyama site, reconstructed of houses, pillar-supported buildings, mounds, and burial pits and jars were unearthed

Los Angeles, California: LA BREA TAR PITS and Museum

Los Angeles, California: LA BREA TAR PITS and Museum

Cherry Stones Isolated, Cherry Core Pile Closeup, Sweet Fruit Kernels, Cherries Pits, Dry Prunus Avium Seeds

Cherry Stones Isolated, Cherry Core Pile Closeup, Sweet Fruit Kernels, Cherries Pits, Dry Prunus Avium Seeds

Los Angeles, California: LA BREA TAR PITS and Museum

Los Angeles, California: LA BREA TAR PITS and Museum

The Brozen head in Sanxingdui Museum

The site of Sanxingdui, located in the city of Guanghan, 40 km from Chengdu, Sichuan Province, is recognized as one of the most important ancient remains in the world for its vast size, lengthy period and enriched cultural contents.

The first Sanxingdui relics were discovered by a farmer in 1929 and excavation has continued ever since. During this period, generations of archaeologists have worked on the discovery and research of the Sanxingdui culture. In 1986, two major sacrificial pits were found and they aroused widespread academic attention around the world.

The Sanxingdui finds are exciting, but they remain enigmatic. No texts have been found, nor is there any mention of this culture in the records of other countries. Analysis of lead and other elements in the bronzes indicates sources similar to those of other cultures along the lower reaches of the Yangtze River. At this point, however, the unique culture that produced these artifacts remains a mystery. The site of Sanxingdui, located in the city of Guanghan, 40 km from Chengdu, Sichuan Province, is recognized as one of the most important ancient remains in the world for its vast size, lengthy period and enriched cultural contents.

The first Sanxingdui relics were discovered by a farmer in 1929 and excavation has continued ever since. During this period, generations of archaeologists have worked on the discovery and research of the Sanxingdui culture. In 1986, two major sacrificial pits were found and they aroused widespread academic attention around the world.

The Sanxingdui finds are exciting, but they remain enigmatic. No texts have been found, nor is there any mention of this culture in the records of other countries. Analysis of lead and other elements in the bronzes indicates sources similar to those of other cultures along the lower reaches of the Yangtze River. At this point, however, the unique culture that produced these artifacts remains a mystery.

The Brozen head in Sanxingdui Museum

The site of Sanxingdui, located in the city of Guanghan, 40 km from Chengdu, Sichuan Province, is recognized as one of the most important ancient remains in the world for its vast size, lengthy period and enriched cultural contents.

The first Sanxingdui relics were discovered by a farmer in 1929 and excavation has continued ever since. During this period, generations of archaeologists have worked on the discovery and research of the Sanxingdui culture. In 1986, two major sacrificial pits were found and they aroused widespread academic attention around the world.

The Sanxingdui finds are exciting, but they remain enigmatic. No texts have been found, nor is there any mention of this culture in the records of other countries. Analysis of lead and other elements in the bronzes indicates sources similar to those of other cultures along the lower reaches of the Yangtze River. At this point, however, the unique culture that produced these artifacts remains a mystery. The site of Sanxingdui, located in the city of Guanghan, 40 km from Chengdu, Sichuan Province, is recognized as one of the most important ancient remains in the world for its vast size, lengthy period and enriched cultural contents.

The first Sanxingdui relics were discovered by a farmer in 1929 and excavation has continued ever since. During this period, generations of archaeologists have worked on the discovery and research of the Sanxingdui culture. In 1986, two major sacrificial pits were found and they aroused widespread academic attention around the world.

The Sanxingdui finds are exciting, but they remain enigmatic. No texts have been found, nor is there any mention of this culture in the records of other countries. Analysis of lead and other elements in the bronzes indicates sources similar to those of other cultures along the lower reaches of the Yangtze River. At this point, however, the unique culture that produced these artifacts remains a mystery.

The La Brea Tar Pits and Museum Los Angeles

The La Brea Tar Pits and Museum Los Angeles

Set of avocado pits with sprouts on background

Set of avocado pits with sprouts on background

Sannai-Maruyama site, reconstructed of houses, pillar-supported buildings, mounds, and burial pits and jars were unearthed

Sannai-Maruyama site, reconstructed of houses, pillar-supported buildings, mounds, and burial pits and jars were unearthed

Los Angeles, California: LA BREA TAR PITS and Museum

Los Angeles, California: LA BREA TAR PITS and Museum

View of Manaure, Colombia`s Most Important Maritime Salt Slats, with Pits of Pink Waters

View of Manaure, Colombia`s Most Important Maritime Salt Slats, with Pits of Pink Waters

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Herbaceous dicot vine: Cucurbita

long section: Cucurbita stem magnification: 40x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 40x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Herbaceous dicot vine: Xylem vessels in Cucurbita

long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Illustration of cartoon avocados. Various elements of avocado slices with pits and leaves. Keto diet. Ingredients for Guacomole.

Illustration of cartoon avocados. Various elements of avocado slices with pits and leaves. Keto diet. Ingredients for Guacomole.

Herbaceous dicot vine: Vascular bundles in Cucurbita

long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Herbaceous dicot vine: Cucurbita

long section: Cucurbita stem magnification: 100x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 100x The epidermis is usually single layered with an outer cuticle and multicellular trichomes. The cortex consists of a conspicuous hypodermis of parenchyma cells with collections of collenchyma cells at the stem ridges. The deepest layer of the cortex is marked by a starch sheath (large barrel-shaped cells contain starch granules). Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Herbaceous dicot vine: Xylem vessels in Cucurbita

long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 400x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Herbaceous dicot vine: Cucurbita

long section: Cucurbita stem magnification: 100x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells. long section: Cucurbita stem magnification: 100x Bicollateral vascular bundles have two zones of phloem and two zones of cambium on either side of the central xylem with outer facing tissues more heavily developed. The sequence of tissues in the bicollateral vascular bundle is outer phloem, outer cambium, xylem, inner cambium and inner phloem with outer more heavily developed. Walls of xylem vessels have lignin free pits and lignin thickenings that form rings, spirals, networks and solid blocks. Phloem consists of large clear sieve tubes with pitted cell walls and sieve plates and small narrow green stained companion cells. Many sieve plates have deposits of a mucoid p-protein that forms as part of the trauma response in injured phloem. Between the xylem and phloem are a few regularly arranged layers of elongated cambium cells.

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Los Angeles, California â€“ LA BREA TAR PITS & Museum, one of the world`s most famous fossil excavation sites

Outdoor Ambiance Fire Pits and Cozy Fireplaces. Generative AI

Outdoor Ambiance Fire Pits and Cozy Fireplaces. Generative AI

Lavender Pit Abstract Background v1

This abstract, of the Lavender Pit mine located in Bisbee Arizona, was created from my original photo. I remember it was difficult trying to get this particular vantage point just off the edge of the highway as there wasn't a place to park. - Mark Payne. This abstract, of the Lavender Pit mine located in Bisbee Arizona, was created from my original photo. I remember it was difficult trying to get this particular vantage point just off the edge of the highway as there wasn't a place to park. - Mark Payne

Open coast coal mine - excavator

Enormous excavator at work in open coast coal mine. Enormous excavator at work in open coast coal mine

Angiosperm Leaf: Palisade Mesophyll in Nymphea

cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll. cross section: Nymphea leaf common name: Waterlily magnification: 400x Both the upper (adaxial) and lower (abaxial) epidermis are uniseriate and contain chloroplasts. The air exposed adaxial epidermis is well cutinized and contain numerous stomata that open into large substomatal air chambers. The submerged abaxial epidermis has a very thin cuticle and lacks stomata. Dark staining slime glands are present on the abaxial surface. Deep to the upper epidermis are several layers of tightly packed palisade mesophyll, the chief photosynthetic tissue of the leaf. Most of the leaf interior is occupied by a deeper zone of spongy mesophyll with large air spaces. Large red staining branched astroscleroids are abundant throughout the mesophyll.

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