Asteracea is important. Here is Melissodes subillatus, which is fluffy, but basically about the size of a honey bee. It, like so many Melissodes, and so many bees in general, is an Asteraceae specialist. This species does not appear to be too picky and uses a range of fall composites, but a look inside the pollen loads would be interesting for sure.
Images
USGS Bee Lab at the Eastern Ecological Science Center images.
Asteracea is important. Here is Melissodes subillatus, which is fluffy, but basically about the size of a honey bee. It, like so many Melissodes, and so many bees in general, is an Asteraceae specialist. This species does not appear to be too picky and uses a range of fall composites, but a look inside the pollen loads would be interesting for sure.
Asteracea is important. Here is Melissodes subillatus, which is fluffy, but basically about the size of a honey bee. It, like so many Melissodes, and so many bees in general, is an Asteraceae specialist. This species does not appear to be too picky and uses a range of fall composites, but a look inside the pollen loads would be interesting for sure.
Asteracea is important. Here is Melissodes subillatus, which is fluffy, but basically about the size of a honey bee. It, like so many Melissodes, and so many bees in general, is an Asteraceae specialist. This species does not appear to be too picky and uses a range of fall composites, but a look inside the pollen loads would be interesting for sure.
Mimi Jenkins collected this lovely nest parasite in the sandy watermelon fields outside of Charleston, South Carolina. This bee presumably is adding its egg to the nest of Agapostemon splendens a denizen of sandy areas around the eastern part of the continent. It is a male as you can tell from the amount of yellow on the face and the 13 antennal segments.
Mimi Jenkins collected this lovely nest parasite in the sandy watermelon fields outside of Charleston, South Carolina. This bee presumably is adding its egg to the nest of Agapostemon splendens a denizen of sandy areas around the eastern part of the continent. It is a male as you can tell from the amount of yellow on the face and the 13 antennal segments.
Nomada fragariae - A rare cleptoparasite, almost certainly of Andrena...but which species. There are very few records of this species, and only in the last few years has the female been described. In most collections the Nomada sit at the end in a mosh pit waiting for someone to identify them...a tricky group.
Nomada fragariae - A rare cleptoparasite, almost certainly of Andrena...but which species. There are very few records of this species, and only in the last few years has the female been described. In most collections the Nomada sit at the end in a mosh pit waiting for someone to identify them...a tricky group.
Nomada krugii, F, side, Dominican Republic, La Ve jarabacoa
Nomada krugii, F, side, Dominican Republic, La Ve jarabacoaDominican Republic
Nomada luteola, F, back, Maryland, Somerset County
Nomada luteola, F, back, Maryland, Somerset CountySomerset county, Maryland
Here is a nest parasite. In this case the male.
Here is a nest parasite. In this case the male.
Nomada maculata, m, left side, Charles Co. Maryland
Nomada maculata, m, left side, Charles Co. MarylandThe only bidentate Nomada I feel comfortablish identifying. All the rest blend together morphologically and maybe molecularly. This is one of the largest and most common of the bidentates and has a unique set of tibial spurs (which is not saying much) and some general coloration patterns that are helpful. Collected in Charles County, Maryland USA.
Nomada maculata, m, left side, Charles Co. Maryland
Nomada maculata, m, left side, Charles Co. MarylandThe only bidentate Nomada I feel comfortablish identifying. All the rest blend together morphologically and maybe molecularly. This is one of the largest and most common of the bidentates and has a unique set of tibial spurs (which is not saying much) and some general coloration patterns that are helpful. Collected in Charles County, Maryland USA.
Intersex. Gynandromorph. Part Male: Park Female. Here is a lovely example. In this case the intersex section is restricted to the head. This is a Nomada of the pygmaea group. pygmaea group indicates that this is probably a group of species, but....I can't tell them apart. Long story.
Intersex. Gynandromorph. Part Male: Park Female. Here is a lovely example. In this case the intersex section is restricted to the head. This is a Nomada of the pygmaea group. pygmaea group indicates that this is probably a group of species, but....I can't tell them apart. Long story.
Eggs, Harlequin bug, Murgantia histrionica, a common pest of brassicas, these were raised by the Weber USDA lab at Beltsville, Maryland
Eggs, Harlequin bug, Murgantia histrionica, a common pest of brassicas, these were raised by the Weber USDA lab at Beltsville, Maryland
Unknown species of what is presumably a Mutillid Velvet Ant. Because it has wings it is therefore a male. Collected at the NPS Fort Matanzas National Monument.
Unknown species of what is presumably a Mutillid Velvet Ant. Because it has wings it is therefore a male. Collected at the NPS Fort Matanzas National Monument.
Mutillid, U, side, Maryland, Prince George's County
Mutillid, U, side, Maryland, Prince George's CountyMutillid Wasp, Male Velvet Ant, Prince George's County, Maryland
Mutillid, U, side, Maryland, Prince George's County
Mutillid, U, side, Maryland, Prince George's CountyMutillid Wasp, Male Velvet Ant, Prince George's County, Maryland
Ah, here is a good story, this is a shot of a female Nomada found at the museum of Comparative Zoology at Harvard. I have visited their museum many times, but only this last time did I find a synoptic collection of bees from New England that was separate from the rest of their large, lovely, and old collection of bees.
Ah, here is a good story, this is a shot of a female Nomada found at the museum of Comparative Zoology at Harvard. I have visited their museum many times, but only this last time did I find a synoptic collection of bees from New England that was separate from the rest of their large, lovely, and old collection of bees.
Tiny, tiny, tiny, tiny, tiny. You can tell this from the size of the pin. What is size anyway. Clearly this is larger than a virus, let's say, but smaller than an elephant or bread box. But in the perspective of bees, this is really really small...because it is a nest parasite of Perdita which are the smallest of all the bees in North America.
Tiny, tiny, tiny, tiny, tiny. You can tell this from the size of the pin. What is size anyway. Clearly this is larger than a virus, let's say, but smaller than an elephant or bread box. But in the perspective of bees, this is really really small...because it is a nest parasite of Perdita which are the smallest of all the bees in North America.
Neonympha mitchelli francisci, side closeup, reared
Neonympha mitchelli francisci, side closeup, rearedSt. Francis's Satyr (Neonympha mitchelli francisci). Only found in North Carolina and only found on Ft. Bragg. Feeds on grasses and sedges in wetlands along streams, most of those wetlands created by beaver and periodic fires from Base activities. These specimens came from captive reared populations that USFWS and others are attempting to slowly create.
Neonympha mitchelli francisci, side closeup, reared
Neonympha mitchelli francisci, side closeup, rearedSt. Francis's Satyr (Neonympha mitchelli francisci). Only found in North Carolina and only found on Ft. Bragg. Feeds on grasses and sedges in wetlands along streams, most of those wetlands created by beaver and periodic fires from Base activities. These specimens came from captive reared populations that USFWS and others are attempting to slowly create.
St. Francis's Satyr (Neonympha mitchelli francisci). Only found in North Carolina and only found on Ft. Bragg. Feeds on grasses and sedges in wetlands along streams, most of those wetlands created by beaver and periodic fires from Base activities. These specimens came from captive reared populations that USFWS and others are attempting to slowly create.
St. Francis's Satyr (Neonympha mitchelli francisci). Only found in North Carolina and only found on Ft. Bragg. Feeds on grasses and sedges in wetlands along streams, most of those wetlands created by beaver and periodic fires from Base activities. These specimens came from captive reared populations that USFWS and others are attempting to slowly create.
Nesocolletes fulvescens, f, back, Queenstown, New Zealand
Nesocolletes fulvescens, f, back, Queenstown, New ZealandLike islands in general, there are not many species of bees in New Zealand. John Ascher's species of the world lists only 49 and a BIG chunk of them are not native to the islands. This one is native. This is Nesocolletes fulvescens, one of 7 species in Nesocolletes all of whom are found only in New Zealand. Photo by Sydney Price.
Nesocolletes fulvescens, f, back, Queenstown, New Zealand
Nesocolletes fulvescens, f, back, Queenstown, New ZealandLike islands in general, there are not many species of bees in New Zealand. John Ascher's species of the world lists only 49 and a BIG chunk of them are not native to the islands. This one is native. This is Nesocolletes fulvescens, one of 7 species in Nesocolletes all of whom are found only in New Zealand. Photo by Sydney Price.
Nesocolletes fulvescens, f, left side, Queenstown, New Zealand
Nesocolletes fulvescens, f, left side, Queenstown, New ZealandLike islands in general, there are not many species of bees in New Zealand. John Ascher's species of the world lists only 49 and a BIG chunk of them are not native to the islands. This one is native. This is Nesocolletes fulvescens, one of 7 species in Nesocolletes all of whom are found only in New Zealand. Photo by Sydney Price.
Nesocolletes fulvescens, f, left side, Queenstown, New Zealand
Nesocolletes fulvescens, f, left side, Queenstown, New ZealandLike islands in general, there are not many species of bees in New Zealand. John Ascher's species of the world lists only 49 and a BIG chunk of them are not native to the islands. This one is native. This is Nesocolletes fulvescens, one of 7 species in Nesocolletes all of whom are found only in New Zealand. Photo by Sydney Price.
Nomada affabilis...a very large Nomada. I think this species is almost certainly a nest parasite of bees in the genus Eucera...which is quite a different path from most of the other Nomada which are primarily, though not exclusively, nest parasites of Andrena.
Nomada affabilis...a very large Nomada. I think this species is almost certainly a nest parasite of bees in the genus Eucera...which is quite a different path from most of the other Nomada which are primarily, though not exclusively, nest parasites of Andrena.
A nest parasite of bees in the genus Agapostemon...perhaps this one targets Agapostemon splendens...which as the name implies is particularly splendidly arrayed in metallic blues and greens. This bee was captured as part of a survey of bees in Gateway National Recreation Area...which includes much of the harbor area of New York City.
A nest parasite of bees in the genus Agapostemon...perhaps this one targets Agapostemon splendens...which as the name implies is particularly splendidly arrayed in metallic blues and greens. This bee was captured as part of a survey of bees in Gateway National Recreation Area...which includes much of the harbor area of New York City.
Nomada denticulata, m, right side, Charles Co. Maryland
Nomada denticulata, m, right side, Charles Co. MarylandA moderate sized Nomada, a bee that lays its eggs in the nests of bees in the genus Andrena. This species, at least in the male, has a distinctive antennae. You can see it in at least the picture taken of the bee's side that the underside of the antenna is partially eroded away leaving a hollow on each segment.
Nomada denticulata, m, right side, Charles Co. Maryland
Nomada denticulata, m, right side, Charles Co. MarylandA moderate sized Nomada, a bee that lays its eggs in the nests of bees in the genus Andrena. This species, at least in the male, has a distinctive antennae. You can see it in at least the picture taken of the bee's side that the underside of the antenna is partially eroded away leaving a hollow on each segment.