Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
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Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
Looks just like a "bee" does it not? Not super sexy, pretty plain really. But so very interesting. This is Melitta melittoides. A very uncommon bee. Uncommon because it only feeds its babies the pollen from Lyonia (Fetterbush, Staggerbush if you will).
West Virginia, with a bit of mold on the pollen area
West Virginia, with a bit of mold on the pollen area
An all African. This small species was captured in South Africa by Laurence Packer's lab. Often this species has multiple males and females using the same nest, though apparently not dividing up the labor, but simply finding some advantage of living together rather than nesting in the ground separately.
An all African. This small species was captured in South Africa by Laurence Packer's lab. Often this species has multiple males and females using the same nest, though apparently not dividing up the labor, but simply finding some advantage of living together rather than nesting in the ground separately.
An all African. This small species was captured in South Africa by Laurence Packer's lab. Often this species has multiple males and females using the same nest, though apparently not dividing up the labor, but simply finding some advantage of living together rather than nesting in the ground separately.
An all African. This small species was captured in South Africa by Laurence Packer's lab. Often this species has multiple males and females using the same nest, though apparently not dividing up the labor, but simply finding some advantage of living together rather than nesting in the ground separately.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Hey now here is a common bee from Kruger National Park, Meliturgula scriptifrons. A smallish brown bee that are commonly caught in bowl traps. Part of the small number of genera in Andrenidae. Photo by Kelly Graninger.
Swamp sparrow, Close up of Neck Feathers, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, Close up of Neck Feathers, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp Sparrow, Melospiza georgiana foot from specimen that struck a building in Washington D.C. during migration, collected with permits by LightsOutDC
Swamp Sparrow, Melospiza georgiana foot from specimen that struck a building in Washington D.C. during migration, collected with permits by LightsOutDC
Swamp sparrow, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, , Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Swamp sparrow, , Washington D.C., Fall or spring 2012, died striking building downtown, collected by lightsoutdc with permits
Sad, Sad, Sad. This is Virginia Bluebells, Mertensia virginica. Formerly common throughout the bottomlands of the Mid-Atlantic region. Now Bluebell land has more and more become Lesser Celandine land...and invader from the old world that simply wipes out the vernal communities of plants along streams and rivers.
Sad, Sad, Sad. This is Virginia Bluebells, Mertensia virginica. Formerly common throughout the bottomlands of the Mid-Atlantic region. Now Bluebell land has more and more become Lesser Celandine land...and invader from the old world that simply wipes out the vernal communities of plants along streams and rivers.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.
Here we have the nest parasite of one of Puerto Rico's Centris bees. Its lays its eggs in the nests of the host, kills the hosts egg or young and eats the stores. Taxonomically its not clear what this species is but it appears to be close to (aff. = affiliated with) M. rufipes. Perhaps you, dear reader, will figure that out.