Bladderworts   GENUS Utricularia
 

In nature, as well as in cultivation, flies, ants, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Venus' diner has no way of knowing what will precipitate if these sensitive hairs are disturbed. is impossible to lick the nectar from outside.  nts, and spiders are a typical meal for

 the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

 the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

 the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap

 the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

 the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

s, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ves, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

s, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ves, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes. Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

nts, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself b

nts, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself b

nts, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself bers are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself b

nts, and spiders are a typical meal for the Venus flytrap.  A nectar band just below the marginal spines creates an irresistible lure for the potential prey.  Because of the stiff spines around the lobe, it ed to position itself between the trap lobes.  Three pairs of innocuous-looking bristles grow on the inner surface of the lobes. The visitor to the Ve

  hen the trigger hairs on the inner surface of the trap lobes are stimulated, the clam-shell-shaped trap closes suddenly --- often in less than a half second --- fast enough to capture such agile insects as a fly quite comfortably. Intermeshing marginal spines effectively prevent the prey's escape. After the initial rapid closure, the insect's stru

  When the trigger hairs on the inner surface of the trap lobes are stimulated, the clam-shell-shaped trap closes suddenly --- often in less than a half second --- fast enough to capture such agile insects as a fly quite comfortably. Intermeshing marginal spines effectively prevent the prey's escape. After the initial rapid closure, the insect's struggle inside the trap further stimulates the trigger hairs, causing the trap lobes to close even more tightly.  In a day or so, the trap is seen tightly sealed around the free margins of the lobes, with the marginal spines pointing outwardly. The digestive fluids start to ooze into the now sealed trap cavity. As the digestive process progresses, the products of digestion are swiftly absorbed through the leaf and are carried away to the other parts of the plant.

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