Acacias Flowers

How did acacia ants survive the flood? Acacia ants are specialized to eat the nectar of an acacia tree. They have a tight symbiotic relationship with the tree in which the ants provide protection *in exchange* for nectar. The ants are only found in Central and (I think) South American. So in order for them to survive on the ark, they would have needed a living acacia tree. How did the ants and the tree make it to whereever Noah was so they could board the ark? Did the ants carry the tree with them or something? Face it - only children believe the story of Noah's Ark.

need help on sumarizing this article please? Could you please help me sumarrize this article it hard for me to understand. If you cant help me please dont write anything. First Spider Known To Science That Feeds Mainly On Plant Food ScienceDaily (Oct. 13, 2009) — There are approximately 40,000 species of spiders in the world, all of which have been thought to be strict predators that feed on insects or other animals. Now, scientists have found that a small Central American jumping spider has a uniquely different diet: the species Bagheera kiplingi feeds predominantly on plant food. The research, led by Christopher Meehan of Villanova University and Eric Olson of Brandeis University, has revealed the extraordinary ecology and behavior in Bagheera kiplingi, which lives throughout much of Central America and southern Mexico. There, the spider inhabits several species of acacia shrubs involved in a co-evolutionary mutualism with certain ants that has long been a staple of ecology textbooks: the ants fiercely guard the plants against most would-be herbivores, while the acacias provide both housing for the ants via swollen, hollow spines and food in the form of nectar (excreted from glands at the base of each leaf) and specialized leaf tips known as Beltian bodies. The Bagheera spiders are "cheaters" in the ant-acacia system, stealing and eating both nectar and—most remarkably—Beltian bodies without helping to defend the plant. The spiders get the job done through active avoidance of patrolling acacia-ants, relying on excellent eyesight, agility, and cognitive skills. How do the spiders get around the ants that are supposed to be guarding the acacias and gobbling up the Beltian bodies themselves? First, Meehan said, the spiders have what might be thought of as "sheer wit." "Jumping spiders in general possess incredibly advanced sensory-cognitive skills and eight-legged agility, and Bagheera is no exception," he said. "Individuals employ diverse, situation-specific strategies to evade ants, and the ants simply cannot catch them." The spiders also seem to build their webs in less attractive plant "real estate" and to actively defend their nests against ant invaders. Finally, Meehan added, the spiders might actually mimic the ants. Young spiders in particular look a lot like and seem to act like ants, one reason they have perhaps flown under scientists' radar for so long despite intensive study of the ants and acacias. Meehan suspects that the spiders wear the ants' chemical scent as well, a notion he is now investigating in more detail. The research will appear in the October 13 issue of Current Biology. Co-author Olson first discovered herbivory by the spiders in Costa Rica in 2001. In 2007, Meehan independently observed the same behaviors in a spider population in coastal Quintana Roo, south of Cancún, Mexico, during a field project for a Tropical Biology course taught by Villanova professor and study co-author Robert Curry. The two research groups subsequently combined efforts to jointly publish the discovery. The research also formed the basis of Meehan's Masters degree from Villanova, completed in 2009. In the field, the researchers documented behavioral patterns through direct observations and high-definition video recordings. Herbivory was especially clear in the Mexican population: Beltian bodies accounted for more than 90% of 140 food items identified. According to Meehan, "This is the first spider in the world known to deliberately 'hunt' plant parts; it is also the first found to go after plants as a primary food source." Spiders in Costa Rica more frequently supplemented plant food with animal prey items, including ant larvae. "What surprised us most about discovering this spider's extraordinary ecology was to find it on the ant-acacias," according to Curry. "This well-known mutualism has been studied by tropical ecologists for nearly 50 years, yet the spider's role was not noticed until Olson's discovery in 2001. We were lucky to find in Mexico an area where the spider is both exceptionally abundant and even more herbivorous than in Costa Rica." The researchers backed up their field observations with the results of laboratory analyses—conducted with the help of co-authors Matthew Reudink and Kurt Kyser of Queens University, Canada—of carbon and nitrogen isotopes for the various components of the ant-acacia system (Beltian bodies, ants, Bagheera spiders) and for other kinds of local spiders. The ratio of 15N to 14N, which provides an indication of a species' trophic position, showed that Bagheera kiplingi was more similar to the herbivorous acacia-ants than to any of the other spiders sampled. Meanwhile, the ratio of 13C to 12C, which generally yields a match between an animal and its food, was almost identical for Bagheera spiders and the Beltian bodies. Collectively, the data show that Bagheera kiplingi obtains most of its diet directly or indirectly from the ant-acacia plants, especially in México. This r

help summarize article? Could you please help me sumarrize this article it hard for me to understand. If you cant help me please dont write anything. First Spider Known To Science That Feeds Mainly On Plant Food ScienceDaily (Oct. 13, 2009) — There are approximately 40,000 species of spiders in the world, all of which have been thought to be strict predators that feed on insects or other animals. Now, scientists have found that a small Central American jumping spider has a uniquely different diet: the species Bagheera kiplingi feeds predominantly on plant food. The research, led by Christopher Meehan of Villanova University and Eric Olson of Brandeis University, has revealed the extraordinary ecology and behavior in Bagheera kiplingi, which lives throughout much of Central America and southern Mexico. There, the spider inhabits several species of acacia shrubs involved in a co-evolutionary mutualism with certain ants that has long been a staple of ecology textbooks: the ants fiercely guard the plants against most would-be herbivores, while the acacias provide both housing for the ants via swollen, hollow spines and food in the form of nectar (excreted from glands at the base of each leaf) and specialized leaf tips known as Beltian bodies. The Bagheera spiders are "cheaters" in the ant-acacia system, stealing and eating both nectar and—most remarkably—Beltian bodies without helping to defend the plant. The spiders get the job done through active avoidance of patrolling acacia-ants, relying on excellent eyesight, agility, and cognitive skills. How do the spiders get around the ants that are supposed to be guarding the acacias and gobbling up the Beltian bodies themselves? First, Meehan said, the spiders have what might be thought of as "sheer wit." "Jumping spiders in general possess incredibly advanced sensory-cognitive skills and eight-legged agility, and Bagheera is no exception," he said. "Individuals employ diverse, situation-specific strategies to evade ants, and the ants simply cannot catch them." The spiders also seem to build their webs in less attractive plant "real estate" and to actively defend their nests against ant invaders. Finally, Meehan added, the spiders might actually mimic the ants. Young spiders in particular look a lot like and seem to act like ants, one reason they have perhaps flown under scientists' radar for so long despite intensive study of the ants and acacias. Meehan suspects that the spiders wear the ants' chemical scent as well, a notion he is now investigating in more detail. The research will appear in the October 13 issue of Current Biology. Co-author Olson first discovered herbivory by the spiders in Costa Rica in 2001. In 2007, Meehan independently observed the same behaviors in a spider population in coastal Quintana Roo, south of Cancún, Mexico, during a field project for a Tropical Biology course taught by Villanova professor and study co-author Robert Curry. The two research groups subsequently combined efforts to jointly publish the discovery. The research also formed the basis of Meehan's Masters degree from Villanova, completed in 2009. In the field, the researchers documented behavioral patterns through direct observations and high-definition video recordings. Herbivory was especially clear in the Mexican population: Beltian bodies accounted for more than 90% of 140 food items identified. According to Meehan, "This is the first spider in the world known to deliberately 'hunt' plant parts; it is also the first found to go after plants as a primary food source." Spiders in Costa Rica more frequently supplemented plant food with animal prey items, including ant larvae. "What surprised us most about discovering this spider's extraordinary ecology was to find it on the ant-acacias," according to Curry. "This well-known mutualism has been studied by tropical ecologists for nearly 50 years, yet the spider's role was not noticed until Olson's discovery in 2001. We were lucky to find in Mexico an area where the spider is both exceptionally abundant and even more herbivorous than in Costa Rica." The researchers backed up their field observations with the results of laboratory analyses—conducted with the help of co-authors Matthew Reudink and Kurt Kyser of Queens University, Canada—of carbon and nitrogen isotopes for the various components of the ant-acacia system (Beltian bodies, ants, Bagheera spiders) and for other kinds of local spiders. The ratio of 15N to 14N, which provides an indication of a species' trophic position, showed that Bagheera kiplingi was more similar to the herbivorous acacia-ants than to any of the other spiders sampled. Meanwhile, the ratio of 13C to 12C, which generally yields a match between an animal and its food, was almost identical for Bagheera spiders and the Beltian bodies. Collectively, the data show that Bagheera kiplingi obtains most of its diet directly or indirectly from the ant-acacia plants, especially in México.

could u help me summarize this article please? Could you please help me sumarrize this article it hard for me to understand. If you cant help me please dont write anything. First Spider Known To Science That Feeds Mainly On Plant Food ScienceDaily (Oct. 13, 2009) — There are approximately 40,000 species of spiders in the world, all of which have been thought to be strict predators that feed on insects or other animals. Now, scientists have found that a small Central American jumping spider has a uniquely different diet: the species Bagheera kiplingi feeds predominantly on plant food. The research, led by Christopher Meehan of Villanova University and Eric Olson of Brandeis University, has revealed the extraordinary ecology and behavior in Bagheera kiplingi, which lives throughout much of Central America and southern Mexico. There, the spider inhabits several species of acacia shrubs involved in a co-evolutionary mutualism with certain ants that has long been a staple of ecology textbooks: the ants fiercely guard the plants against most would-be herbivores, while the acacias provide both housing for the ants via swollen, hollow spines and food in the form of nectar (excreted from glands at the base of each leaf) and specialized leaf tips known as Beltian bodies. The Bagheera spiders are "cheaters" in the ant-acacia system, stealing and eating both nectar and—most remarkably—Beltian bodies without helping to defend the plant. The spiders get the job done through active avoidance of patrolling acacia-ants, relying on excellent eyesight, agility, and cognitive skills. How do the spiders get around the ants that are supposed to be guarding the acacias and gobbling up the Beltian bodies themselves? First, Meehan said, the spiders have what might be thought of as "sheer wit." "Jumping spiders in general possess incredibly advanced sensory-cognitive skills and eight-legged agility, and Bagheera is no exception," he said. "Individuals employ diverse, situation-specific strategies to evade ants, and the ants simply cannot catch them." The spiders also seem to build their webs in less attractive plant "real estate" and to actively defend their nests against ant invaders. Finally, Meehan added, the spiders might actually mimic the ants. Young spiders in particular look a lot like and seem to act like ants, one reason they have perhaps flown under scientists' radar for so long despite intensive study of the ants and acacias. Meehan suspects that the spiders wear the ants' chemical scent as well, a notion he is now investigating in more detail. The research will appear in the October 13 issue of Current Biology. Co-author Olson first discovered herbivory by the spiders in Costa Rica in 2001. In 2007, Meehan independently observed the same behaviors in a spider population in coastal Quintana Roo, south of Cancún, Mexico, during a field project for a Tropical Biology course taught by Villanova professor and study co-author Robert Curry. The two research groups subsequently combined efforts to jointly publish the discovery. The research also formed the basis of Meehan's Masters degree from Villanova, completed in 2009. In the field, the researchers documented behavioral patterns through direct observations and high-definition video recordings. Herbivory was especially clear in the Mexican population: Beltian bodies accounted for more than 90% of 140 food items identified. According to Meehan, "This is the first spider in the world known to deliberately 'hunt' plant parts; it is also the first found to go after plants as a primary food source." Spiders in Costa Rica more frequently supplemented plant food with animal prey items, including ant larvae. "What surprised us most about discovering this spider's extraordinary ecology was to find it on the ant-acacias," according to Curry. "This well-known mutualism has been studied by tropical ecologists for nearly 50 years, yet the spider's role was not noticed until Olson's discovery in 2001. We were lucky to find in Mexico an area where the spider is both exceptionally abundant and even more herbivorous than in Costa Rica." The researchers backed up their field observations with the results of laboratory analyses—conducted with the help of co-authors Matthew Reudink and Kurt Kyser of Queens University, Canada—of carbon and nitrogen isotopes for the various components of the ant-acacia system (Beltian bodies, ants, Bagheera spiders) and for other kinds of local spiders. The ratio of 15N to 14N, which provides an indication of a species' trophic position, showed that Bagheera kiplingi was more similar to the herbivorous acacia-ants than to any of the other spiders sampled. Meanwhile, the ratio of 13C to 12C, which generally yields a match between an animal and its food, was almost identical for Bagheera spiders and the Beltian bodies. Collectively, the data show that Bagheera kiplingi obtains most of its diet directly or indirectly from the ant-acacia plants, especially in México.

Help me summarize article please? can you please help me summarize this article. If you cant help please dont leave a comment First Spider Known To Science That Feeds Mainly On Plant Food ScienceDaily (Oct. 13, 2009) — There are approximately 40,000 species of spiders in the world, all of which have been thought to be strict predators that feed on insects or other animals. Now, scientists have found that a small Central American jumping spider has a uniquely different diet: the species Bagheera kiplingi feeds predominantly on plant food. The research, led by Christopher Meehan of Villanova University and Eric Olson of Brandeis University, has revealed the extraordinary ecology and behavior in Bagheera kiplingi, which lives throughout much of Central America and southern Mexico. There, the spider inhabits several species of acacia shrubs involved in a co-evolutionary mutualism with certain ants that has long been a staple of ecology textbooks: the ants fiercely guard the plants against most would-be herbivores, while the acacias provide both housing for the ants via swollen, hollow spines and food in the form of nectar (excreted from glands at the base of each leaf) and specialized leaf tips known as Beltian bodies. The Bagheera spiders are "cheaters" in the ant-acacia system, stealing and eating both nectar and—most remarkably—Beltian bodies without helping to defend the plant. The spiders get the job done through active avoidance of patrolling acacia-ants, relying on excellent eyesight, agility, and cognitive skills. How do the spiders get around the ants that are supposed to be guarding the acacias and gobbling up the Beltian bodies themselves? First, Meehan said, the spiders have what might be thought of as "sheer wit." "Jumping spiders in general possess incredibly advanced sensory-cognitive skills and eight-legged agility, and Bagheera is no exception," he said. "Individuals employ diverse, situation-specific strategies to evade ants, and the ants simply cannot catch them." The spiders also seem to build their webs in less attractive plant "real estate" and to actively defend their nests against ant invaders. Finally, Meehan added, the spiders might actually mimic the ants. Young spiders in particular look a lot like and seem to act like ants, one reason they have perhaps flown under scientists' radar for so long despite intensive study of the ants and acacias. Meehan suspects that the spiders wear the ants' chemical scent as well, a notion he is now investigating in more detail. The research will appear in the October 13 issue of Current Biology. Co-author Olson first discovered herbivory by the spiders in Costa Rica in 2001. In 2007, Meehan independently observed the same behaviors in a spider population in coastal Quintana Roo, south of Cancún, Mexico, during a field project for a Tropical Biology course taught by Villanova professor and study co-author Robert Curry. The two research groups subsequently combined efforts to jointly publish the discovery. The research also formed the basis of Meehan's Masters degree from Villanova, completed in 2009. In the field, the researchers documented behavioral patterns through direct observations and high-definition video recordings. Herbivory was especially clear in the Mexican population: Beltian bodies accounted for more than 90% of 140 food items identified. According to Meehan, "This is the first spider in the world known to deliberately 'hunt' plant parts; it is also the first found to go after plants as a primary food source." Spiders in Costa Rica more frequently supplemented plant food with animal prey items, including ant larvae. "What surprised us most about discovering this spider's extraordinary ecology was to find it on the ant-acacias," according to Curry. "This well-known mutualism has been studied by tropical ecologists for nearly 50 years, yet the spider's role was not noticed until Olson's discovery in 2001. We were lucky to find in Mexico an area where the spider is both exceptionally abundant and even more herbivorous than in Costa Rica." The researchers backed up their field observations with the results of laboratory analyses—conducted with the help of co-authors Matthew Reudink and Kurt Kyser of Queens University, Canada—of carbon and nitrogen isotopes for the various components of the ant-acacia system (Beltian bodies, ants, Bagheera spiders) and for other kinds of local spiders. The ratio of 15N to 14N, which provides an indication of a species' trophic position, showed that Bagheera kiplingi was more similar to the herbivorous acacia-ants than to any of the other spiders sampled. Meanwhile, the ratio of 13C to 12C, which generally yields a match between an animal and its food, was almost identical for Bagheera spiders and the Beltian bodies. Collectively, the data show that Bagheera kiplingi obtains most of its diet directly or indirectly from the ant-acacia plants, especially in México. This research has broader implications, acco

help summarize article please please? can you please help me summarize this article. If you cant help please dont leave a comment First Spider Known To Science That Feeds Mainly On Plant Food ScienceDaily (Oct. 13, 2009) — There are approximately 40,000 species of spiders in the world, all of which have been thought to be strict predators that feed on insects or other animals. Now, scientists have found that a small Central American jumping spider has a uniquely different diet: the species Bagheera kiplingi feeds predominantly on plant food. The research, led by Christopher Meehan of Villanova University and Eric Olson of Brandeis University, has revealed the extraordinary ecology and behavior in Bagheera kiplingi, which lives throughout much of Central America and southern Mexico. There, the spider inhabits several species of acacia shrubs involved in a co-evolutionary mutualism with certain ants that has long been a staple of ecology textbooks: the ants fiercely guard the plants against most would-be herbivores, while the acacias provide both housing for the ants via swollen, hollow spines and food in the form of nectar (excreted from glands at the base of each leaf) and specialized leaf tips known as Beltian bodies. The Bagheera spiders are "cheaters" in the ant-acacia system, stealing and eating both nectar and—most remarkably—Beltian bodies without helping to defend the plant. The spiders get the job done through active avoidance of patrolling acacia-ants, relying on excellent eyesight, agility, and cognitive skills. How do the spiders get around the ants that are supposed to be guarding the acacias and gobbling up the Beltian bodies themselves? First, Meehan said, the spiders have what might be thought of as "sheer wit." "Jumping spiders in general possess incredibly advanced sensory-cognitive skills and eight-legged agility, and Bagheera is no exception," he said. "Individuals employ diverse, situation-specific strategies to evade ants, and the ants simply cannot catch them." The spiders also seem to build their webs in less attractive plant "real estate" and to actively defend their nests against ant invaders. Finally, Meehan added, the spiders might actually mimic the ants. Young spiders in particular look a lot like and seem to act like ants, one reason they have perhaps flown under scientists' radar for so long despite intensive study of the ants and acacias. Meehan suspects that the spiders wear the ants' chemical scent as well, a notion he is now investigating in more detail. The research will appear in the October 13 issue of Current Biology. Co-author Olson first discovered herbivory by the spiders in Costa Rica in 2001. In 2007, Meehan independently observed the same behaviors in a spider population in coastal Quintana Roo, south of Cancún, Mexico, during a field project for a Tropical Biology course taught by Villanova professor and study co-author Robert Curry. The two research groups subsequently combined efforts to jointly publish the discovery. The research also formed the basis of Meehan's Masters degree from Villanova, completed in 2009. In the field, the researchers documented behavioral patterns through direct observations and high-definition video recordings. Herbivory was especially clear in the Mexican population: Beltian bodies accounted for more than 90% of 140 food items identified. According to Meehan, "This is the first spider in the world known to deliberately 'hunt' plant parts; it is also the first found to go after plants as a primary food source." Spiders in Costa Rica more frequently supplemented plant food with animal prey items, including ant larvae. "What surprised us most about discovering this spider's extraordinary ecology was to find it on the ant-acacias," according to Curry. "This well-known mutualism has been studied by tropical ecologists for nearly 50 years, yet the spider's role was not noticed until Olson's discovery in 2001. We were lucky to find in Mexico an area where the spider is both exceptionally abundant and even more herbivorous than in Costa Rica." The researchers backed up their field observations with the results of laboratory analyses—conducted with the help of co-authors Matthew Reudink and Kurt Kyser of Queens University, Canada—of carbon and nitrogen isotopes for the various components of the ant-acacia system (Beltian bodies, ants, Bagheera spiders) and for other kinds of local spiders. The ratio of 15N to 14N, which provides an indication of a species' trophic position, showed that Bagheera kiplingi was more similar to the herbivorous acacia-ants than to any of the other spiders sampled. Meanwhile, the ratio of 13C to 12C, which generally yields a match between an animal and its food, was almost identical for Bagheera spiders and the Beltian bodies. Collectively, the data show that Bagheera kiplingi obtains most of its diet directly or indirectly from the ant-acacia plants, especially in México.

Describe the environment which promotes the mutualistic relationship between the acacia tree and ants. Use det Describe the environment which promotes the mutualistic relationship between the acacia tree and ants. Use details and information from the article to support your answer.

biology help please? can someone help me on these questions i not sure of them please and thxx =] the ant and acacia tree. In Central America Acacia trees are covered with ants.The Acacia tree provides food for the ants in the form of nectar and protein bodies o n the leaves and nesting sites in hollow thorns. The ants defend the acacia tree from herbivores such as grasshoppers and beetles. what type is this commensalim or mutualism pleaseeee!!! the spider crab and the algae.Spider crabs live in shallow areas of the ocean floor, and greenish-brown algae lives on the crab's back, making the crabs blend in with their environment, and unnoticeable to predators. what kind is this ???? commensalism , mutualism, parasitism. please and thx =]

what is the relation between an acacia tree and a ant?? What is the relationship between a acacia tree and a stinging ant?

Pure Honey attract ants? Old method said pure honey wont attract ants and used of metal utensil was not allowed. But nowadays i met a few supplier who said pure honey indeed attract ants coz naturally it sweet so ants like it. I've been told also that i can use any utensil including metal to consume honey. I'm confused. Why facts keep changing over time. not only regarding honey but almost everything name it coffee, chocolate etc all have different facts now and then. Anyone with clear knowledge of pure honey especially ACACIA HONEY please advice. Which facts is correct,, the old one or the recent one?

A question for veggies:Do you know that plants have life so how can you eat it? All botanists agree that plants have life here is an example: "Plants seem to know which ants will steal their nectar, closing when these ants are about, opening only when there is enough dew on their stems to keep the ants from climbing. The more sophisticated acacia plant actually enlists the protective services of certain ants which it rewards with nectar in return for the ants' protection against other insects and herbivorous mammals," thus serving the same function as friends and allies do in the animal and human realms. Some vegetation develop a bitter taste, some ooze gummy secretions, while others grow thorns to defend themselves. Acacia trees produce tannin to defend themselves when they are grazed upon by animals. The airborne scent of the tannin is picked up by other acacia trees, which then start to produce tannin themselves as a protetction from the nearby animals. When attacked by caterpillars, some plants can release chemical signals to attract parasitic wasps that attack the caterpillars Just another typical Brit presuming plants do not feel pain are you not by eating them depriving them the gift of life?

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What Are Some Good Bands? I have a lot of bands already, but I've been searching for some new ones. I already have: 3OH!3 30 Seconds To Mars The Acacia Strain The Academy Is... AFI The Afters Aiden Akon The Album Leaf Alesana Alexisonfire Alien Ant Farm Alina Alkaline Trio All Time Low The All-Amerian Rejects Amber Pacific Anberlin Aqua Artist Vs Poet Asher Roth Asemblage 23 The Ataris Attack Attack! The Audition August Burns Red Augustana Automatic Love Letter Baby Bash Backseat Goodbye Basshunter Bayside Before Their Eyes Big D And The Kids Table The Bird And The Bee Blessthefall Blink 182 Bloc Party Blood On The Dance Floor Bowling For Soup Boys Like Girls Breaking Benjamin Breathe Carolina Bring Me The Horizon British Sea Power Brokencyde The Cab Cage The Elephant Care Bears On Fire Cascada Cash Cash Cauterize Chairlift Chemical Brothers Chiodos Circa Survive City And Colour The Classic Crime The Click Five Cobra Starship Coldplay The Color Fred Copeland Crystal Castles The Crystal Method Cute Is What We Aim For Daft Punk Dance Gavin Dance Danger Radio Dashboard Confessional A Day To Remember Def Leppard The Devil Wears Prada The Disemberment Plan Does It Offend You, Yeah? Dot Dot Curve :) Dr. Acula The Dresden Dolls Drop Dead, Gorgeous Duran Duran Eisley Element 101 Eleventyseven Emery Eminem Enter Shikari Escape The Fate Estelle Evanescence Every Avenue Everyday Sunday Faber Drive The Faint Fall Out Boy Fall Of Troy Falling Up Family Force 5 Fatboy Slim Fightstar Finch Flo Rida Flogging Molly Flyleaf Forever The Sickest Kids Fountains Of Wayne Four Year Strong Framing Hanley The Fray Freezepop The Friday Night Boy From Autumn To Ashes From First To Last Funeral For A Friend The Gazette Get Cape. Wear Cape. Fly. The Get Up Kids Glamour For Better Good Charlotte Green Day Gregory And The Hawk Guster Gym Class Heroes Hadouken! Haste The Day Hawthorne Heights Hedley Hellogoodbye Hey Mercedes Hey Monday Hinder Hit The Lights The Holly Springs Disaster Hollywood Undead Honor Society Hot Chip House Of Heroes The Hush Sound Hyper Crush I Am Ghost I Am X-Ray I Hate Kate I Haunt Wizards Innerpartysystem Insane Clown Posse Jack's Mannequin Jamestown Story Jason Mraz Jeffree Star Jesse McCartney (just like..two songs haha) Jimmy Eat World Job For A Cowboy Jordin Sparks Kanye West Karate High School Karl Wolf Katy Perry Kelly Clarkson Kevin Rudolf Kids In Glass Houses Kids In The Way Kill Hannah Kill Paradise The Killers Killwhitneydead Lady Gaga Ladytron Less Than Jake Lifehouse Lights Lil Wayne Lily Allen Linkin Park LMFAO Lovedrug MIA Madina Lake The Maine Making April Martika Mason Musso Matchbox 20 Matt And Kim Mayday Parade Mcfly The Medic Droid Meg & Dia Mercy Mercedes Metric Metro Station Mewithoutyou MGMT Mika Millionaires Mister Owl The Morning Light Motion City Soundtrack Mourning September MSTRKRFT MxPx My Favorite Highway Mysto And Pizzi Natalie Portman's Shaved Head Natasha Bedingfield Nena Neurotic Fish NeverShoutNever! Nevertheless New Found Glory Ne-Yo Nickasaur! Nickelback Nirvana Norma Jean Nothingface Number One Gun The Number Twelve Looks Like You OK Go Olivia The Band Owl City Panic! At The Disco Papa Roach Paramore Pendulum Pink Plain White T's Porcelain And The Tramps Project 86 The Ready Set The Red Jumpsuit Apparatus Reel Big Fish Relient K Rihanna The Rocket Summer A Rocket To The Moon Run Kid Run Saosin Sara Bareilles Say Anything Scary Kids Scaring Kids The Scene Aesthetic Scenes From A Movie School Boy Humor Sean Kingston Sean Paul Secondhand Serenade The Secret Handshake Senses Fail Shinedown Shiny Toy Guns Shontelle Silverstein Simple Plan Sing It Loud Skillet Smile Empty Soul So They Say The Spill Canvas Stacie Orrico The Starting Line Stereo Skyline Straylight Run Sublime Subseven Suicide Silence Sum 41 The Summertime Sunny Day Real Estate Swimming With Dolphins Switchfoot Taking Back Sunday Taylor Swift This Providence Thousand Foot Krutch Three Days Grace Thriving Ivory Thursday Tickle Me Pink Tila Tequila The Ting Tings To Be Juliet's Secret Tokio Hotel Tokyo Police Club Toy-Box Trapt Trash Yourself The Trews Uffie Uncle Kracker UnderOATH Unicorn Kid The Used Veil Of Maya The Veronicas VNV Nation Waking Ashland Warrant Watchout! There's Ghosts We The Kings The Wedding Weezer The White Tie Affair Yelle Yellowcard You Me At Six Young Love I'm trying to get more electro/ techno bands thanks =)

what is the name of the relationship between acacia/ants/? im look for a word relate to relationship of acacia / ants

If there were no living trees on the Ark how did acacia ants survive? They eat only the nectar of acacia trees. So how did they survive a year on the ark. Also, how the heck did they manage to walk from Central America to the ark. even if there was a lnad bridge, they would have had to bring the tree along for food, Jan K you have hit the nail on the head. Christians must either discard the notion of the flood or discard the notion that evolution is false. Take your pick.

Biology Question.....? Here is the question: What benefits do ants derive from their relationship with the bull's horn acacia? What benefits does the acacia receive from the ants?