The Super‐nettles

@article{Schmidt1985TheS,
  title={The Super‐nettles},
  author={Richard J. Schmidt},
  journal={International Journal of Dermatology},
  year={1985},
  volume={24}
}
  • R. Schmidt
  • Published 1 May 1985
  • Environmental Science
  • International Journal of Dermatology
A widely distributed, well-defined, but not extensively studied group of higher plants comprises the stinging nettles. Because of their ability to inflict a painful sting on human skin contact, such plants are a dermatologic hazard,' Somewhat more dramatic are the super-nettles^—plants that harbor ants. In their natural habitat, such plants are analogous to the stinging nettles. Contact with the plant can elicit an aggressive response from the ant inhabitants, which, depending on the species… 

References

SHOWING 1-10 OF 38 REFERENCES

Solanopteris brunei, a Little-Known Fern Epiphyte with Dimorphic Stems

The plant to be described in this article is a little-known epiphyte with dimorphic stems and drastically modified, "potatolike" hollow tubers of Solanopteris, a number of distinctive characters which are described here for the first time.

Allelopathy by Myrmecophytes: The Ant Azteca as an Allelopathic Agent of Cecropia

The functional significance of the first two of the three genetically determined morphological traits of Cecropia listed above has been inadequately "explained" in terms of structural strengthening and as an accidental by-product of usual developmental processes, respectively; the third trait cannot be explained in this manner.

Plants and plant products that induce contact dermatitis.

The production of dermatitis by contact is a highly effective defence mechanism exhibited by many plants, and poses a clinical problem both for the physician and the veterinary surgeon.

A New Case of Parabiosis and the "Ant Gardens" of British Guiana

Prof. Auguste Forel was the first to describe such an occurrence and to designate it as parabiosis, to distinguish it from those peculiar forms of social symbiosis, called "compound nests " and " mixed colonies," among certain Nearctic and Palearctic species.

Protection of Barteria (Passifloraceae) By Pachysima Ants (Pseudomyrmecinae) in a Nigerian Rain Forest

In a Nigerian rain forest, occupation of Barteria fistulosa saplings by Pachysima aethiops ants results in the plants having more leaves, more branches, more leaves per branch, and less damage to the

Epiphytic myrmecophytes in Sarawak : mutualism through the feeding of plants by ants

It appears that the ant species regularly living in these epiphytic myrmecophytes are of greatest importance in feeding the plant rather than in protecting it, which indicates that some Southeast Asian myRMecophytic mutualisms are based on protection of the plant by ants.

Insect toxins and venoms.

The definition excludes the repugnatorial secretions of insects and those corrosive and ir­ ritating chemicals secreted chiefly by beetles and the specialized secre­ tions of ants which have been reviewed by Pavan (90, 91); an arbitrary exclusion is that of insect secretions toxic to plants.

Wasp and Bee Stings

As the authors are now in the thick of the wasp season, it may interest some of the readers of NATURE to know that cocaine is a remedy for wasp or bee stings and gives great relief seven or eight hours after the sting.

DEVELOPMENTAL ANATOMY AND ULTRASTRUCTURE OF THE ANT‐FOOD BODIES (BECCARIIAN BODIES) OF MACARANGA TRILOBA AND M. HYPOLEUCA (EUPHORBIACEAE)

It is proposed to name the Macaranga ant-food bodies Beccariian bodies in honor of the Italian botanist Odoardo beccari who explored S.E. Asia in the late 1800s.

COEVOLUTION OF MUTUALISM BETWEEN ANTS AND ACACIAS IN CENTRAL AMERICA

  • D. Janzen
  • Environmental Science
    Evolution; international journal of organic evolution
  • 1966
The coevolution of one of the more thoroughly studied mutualistic systems in the New World tropics: the interdependency between the swollen-thorn acacias and their ant inhabitants is discussed.