Chrysopidae

Functional Response of lace wing to Aphid in control laboratory environment Muhammad Jawwad Adil, Muhammad Hasan Anis Teacher Sir. Amjad Sultan Abstract The experiment showed that the introduction of the different densities of the aphid had not a big change in the types, all 3 of the replications had the same kind of stable results and the average consumption rate were around 27.33 aphids per day being consumed by the C. carnea. Keywords Consumption rate, lace wing, funtional response, biological

This plant type is called the spyker. It has a thick stem with spikes and two “chompers” for self defense. The spyker can be found in desert or jungle biomes, because of its cactus and venus flytrap origins. The roots are special kinds of roots because it's longer and thicker to collect more water than other roots out there. The spyker has many uses of self-defense. The spyker has two “chompers” attached to the plant to grab its prey and eat it. The chompers can also attack anything that threatens

to it all for me!” the hornworm screeched desperately. The chrysopidae twitched its two antennae impatiently. Whether out of disgust, a lack of interest, or ignorance, the lacewing turned on all six limbs and paid Manduca no more attention. When the moment was ripe, Manduca turned himself and quickly wriggled to the safety of another, albeit less impressive, tomato plant. For days Manduca plotted his revenge. He watched the chrysopidae from afar, waiting for another chance, but the predator made

Global Climate Change: A Threat to Aphid Populations Abstract Global climate change is a matter of grave concern in the present scenario casting its significant and lasting effect on the flora and fauna dwelling over earth. A number of factors such as biotic processes, variations in solar radiation received by earth, plate tectonics, volcanic eruptions certain human activities can be considered as key components responsible for this devastating phenomenon. Aphid populations are also under potential