Physiology, behavior, habitat, and

Physiology, behavior, habitat, and morphology are used to determine the degree of adaptation to life on land
for amphipod species and systemization within the four functional groups of the family talitridae. Talorchestia
longicornis is a semi-terrestrial amphipod found in the supratidal zone of estuaries. The present study investigates
the physiological adaptations of this species to life on land through measurements of osmoregulation
and respiration. Over the salinity range of 1–40‰, T. longicornis regulated its hemolymph hyperosmotically at
low salinities and hypoosmotically at high salinities. The isosmotic point was about 27‰. Analogously, hemolymph
chloride levels were well regulated being hyperionic at low salinities and hypoionic at high salinities.
This species is capable of respiration in both air and water. Slopes (b values) of the relationship between
weight and oxygen uptake rates ranged from 0.316 to 0.590. Oxygen uptake rates were higher in air than
water and at night versus day. Q10 values were slightly below 2.0 for respiration in air for amphipods, irrespective
of weight. These physiological adaptations, along with its behaviors, habitat, and morphology,
place T. longicornis within the Group III sandhoppers of the Talitridae.

ผลลัพธ์ (ไทย) 1:

Physiology, behavior, habitat and morphology are used to determine the degree of adaptation to life on land for breeding amphipod and systemization of the functional four talitridae family Talorchestia longicornis amphipod half the space found in the supratidal the Delta to monitor education. Currently, the physiology of this species living on the land through the temple. osmoregulation and breathe the salt of 1 - 40 ‰, longicornis in. Control hyperosmotically hemolymph of the lowest salinities and hypoosmotically higher salinities point isosmotic about 27 ‰ Analogously, hemolymph levels of chloride, better control hyperionic low salinities and. hypoionic higher salinities This species has the ability to breathe in air and water slope value (b) of the relationship between weight and oxygen absorption rate in the range of 0.316 to 0.590 absorption rate of oxygen was higher in the air above. and At night and on the Q10 slightly slower than 2.0 for breathing air terrestrial amphipods of weight immediately morphology, physiology, behavior, habitat and do longicornis in. Inside sandhoppers Group III of Talitridae.

ผลลัพธ์ (ไทย) 2:

Physiology, behavior, habitat and morphology are used to determine the degree of adaptation to life on land
for the species and genera. systemization Within four working groups of families talitridae Talorchestia
longicornis. A semi-terrestrial species found in the area of sugarcane supratidal This study explores
the physiology of the species that have lived on this land through the temple osmoregulation
and breathing in the salty 1-40. ‰ T. longicornis control of blood hyperosmotically The
low salinity and hypoosmotically The high salinity points isosmotic is about 27 ‰ Analogously, blood
levels of chloride, which has been controlled well hyperionic the low salinity and hypoionic the high salinity.
This species has the ability to breathe in the air. water slope value (b) the relationship between the
weight and the rate of oxygen uptake between. 0.316 to 0.590 higher than the rate of absorption of oxygen in the air,
water, and at night compared to Q10. Value is slightly lower than 2.0 for breath in the air for amphipods, regardless
of the weight of these physiological and behavioral adaptations of living and morphology,
T. longicornis place within a group of three sandhoppers Talitridae.

ผลลัพธ์ (ไทย) 3:

Environmental physiology, behavior and structure that is used to monitor the level of adaptation to life in the land
of the Fifth enough organized and within four functional groups of families talitridae Talorchestia
longicornis. The film is a semi-terrestrial as well as those found in the supratidal of sugar cane. This study examines
the adaptation of this kind of life on earth. Through various temples
and breathing. Over the salinity range 1 - 40 ‰ in. longicornis mess of it. Blood and low salinity Hyperosmotically
Hypoosmotically The high point isosmotic salinity about 27 ‰. Analogously blood
, chloride levels are well controlled is hyperionic the low salinity and high salinity hypoionic. This species has the ability to breathe
both air and water gradient (B-value) of the relationship between weight and rate of oxygen
1 0.316 to 0.590. Use the higher rate of oxygen in the air over the
water and into the night and day. Q-Ten slightly below 2 0 for breath in the air, amphipods, whether
by weight. These physiological adaptation. School, along with behavioral and environmental. Longicornis
place within 3 sandhoppers of talitridae.