By Mark W. Moffett

Intrepid overseas explorer, biologist, and photographer Mark W. Moffett, "the Indiana Jones of entomology," takes us worldwide on an odd and colourful trip looking for the hidden global of ants. In stories from Nigeria, Indonesia, the Amazon, Australia, California, and in other places, Moffett recounts his entomological exploits and offers interesting info on how ants reside and the way they dominate their ecosystems via strikingly human behaviors, but at a distinct scale and a swifter pace. Moffett's surprising close-up photos reduce us right down to dimension, in order that we will notice ants in well-known roles; warriors, developers, big-game hunters, and slave proprietors. we discover them developing marketplaces and meeting strains and working with concerns we expect of as uniquely human--including hygiene, recycling, and battle. Adventures between Ants introduces many of the world's such a lot awe-inspiring species and gives a startling new standpoint at the limits of our personal perception.

<span id="caseCorrespondence_16467590545_text">* Ants are world-class highway developers, dealing with complicated site visitors difficulties on thoroughfares that dwarf our street systems
* Ants take slaves from conquered armies and create societies depending on their labor
* Ants with the most important societies usually set up advanced army tactics
* a few ants have advanced from hunter-gatherers into farmers, domesticating different animals and turning out to be particular plants for food</span>

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Extra info for Adventures Among Ants: A Global Safari with a Cast of Trillions

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Among PGPR, fluorescent pseudomonads are widely reported for their broad-spectrum antagonistic activity against a number of phytopathogens. Deliveries of microbial antagonists with urban and agricultural wastes are believed to be the most effective means in suppressing root pathogens of avocado and citrus (Sultana et al. 2006). Recently, different PGPR strains of Rhizobium meliloti have been reported to produce siderophores (Arora et al. 2001) in iron stress conditions and thereby added an advantage to exclude the pathogen Macrophomina phaseolina.

Cytokinins are a class of phytohormones which are known to promote cell divisions, cell enlargement, and tissue expansion in certain plant parts (Salisbury 1994). Cytokinin is produced by Pseudomonas fluorescens isolated from the rhizosphere of the soybean (De Salamone et al. 2001). Gibberellins are a class of phytohormones most commonly associated with modifying plant morphology by the extension of plant tissue, par- ticularly stem tissue (Salisbury 1994). Evidence of GA production by PGPR is rare; however, Gutierrez-Manero et al.

Although significant control of plant pathogens has been demonstrated by PGPR in laboratory and greenhouse studies, results in the field have been inconsistent. Recent progress in our understanding of their diversity, colonizing ability and mechanism of action, formulation and application should facilitate their development as reliable biocontrol agents against plant pathogens. Some of these rhizobacteria may also be used in integrated pest management programmes. The major groups of rhizobacteria with potential for biological control include Pseudomonas spp.

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