Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Laurence Alfred Mound and his contributions to our knowledge of the Thysanoptera

View through CrossRef
Laurence Alfred Mound became interested in taxonomy after two postgraduate periods at the British Museum of Natural History (now the Natural History Museum) in London where he discovered biological diversity and the endless variety of living things. While working in Nigeria and the Sudan, and studying variation in whitefly populations, he gained an appreciation for the great differences within species in behavior and morphology under varying environmental conditions. He was appointed to the British Museum of Natural History in 1964 where he worked on the taxonomy of thrips, whiteflies, and aphids until he retired as Keeper of Entomology in 1992. He now lives in Canberra, Australia, serving as an Honorary Research Fellow, CSIRO Ecosystem Sciences at the Black Mountain Campus. Driving questions motivate him and provide insight into his thinking of the natural world: Why are there so many species of insects, yet so few species of thrips? Why so many at one place but so few at another? Do environmental and host plant factors drive the astonishing levels of morphological variation seen in single species? If so why? Why do so few thrips vector plant viruses, but why are those few so successful? Why are so many thrips associated with Acacia trees in Australia but so few on other plants? To address these questions and as part of his ongoing efforts to document the biodiversity of thrips, Laurence Mound has established 90 new Thysanoptera genera, and described 641 new species of thrips. These taxonomic designations are new hypotheses inviting scrutiny and study.  At the time this document was written Laurence’s research articles had been cited almost 1,300 times. Here we review Laurence Mound’s career to this point, and we discuss the quality and quantity of his remarkable accomplishments in taxonomy, as well as highlighting his distinctive personal characteristics.
Title: Laurence Alfred Mound and his contributions to our knowledge of the Thysanoptera
Description:
Laurence Alfred Mound became interested in taxonomy after two postgraduate periods at the British Museum of Natural History (now the Natural History Museum) in London where he discovered biological diversity and the endless variety of living things.
While working in Nigeria and the Sudan, and studying variation in whitefly populations, he gained an appreciation for the great differences within species in behavior and morphology under varying environmental conditions.
He was appointed to the British Museum of Natural History in 1964 where he worked on the taxonomy of thrips, whiteflies, and aphids until he retired as Keeper of Entomology in 1992.
He now lives in Canberra, Australia, serving as an Honorary Research Fellow, CSIRO Ecosystem Sciences at the Black Mountain Campus.
Driving questions motivate him and provide insight into his thinking of the natural world: Why are there so many species of insects, yet so few species of thrips? Why so many at one place but so few at another? Do environmental and host plant factors drive the astonishing levels of morphological variation seen in single species? If so why? Why do so few thrips vector plant viruses, but why are those few so successful? Why are so many thrips associated with Acacia trees in Australia but so few on other plants? To address these questions and as part of his ongoing efforts to document the biodiversity of thrips, Laurence Mound has established 90 new Thysanoptera genera, and described 641 new species of thrips.
These taxonomic designations are new hypotheses inviting scrutiny and study.
  At the time this document was written Laurence’s research articles had been cited almost 1,300 times.
Here we review Laurence Mound’s career to this point, and we discuss the quality and quantity of his remarkable accomplishments in taxonomy, as well as highlighting his distinctive personal characteristics.

Related Results

Templer ved Barbar
Templer ved Barbar
Temples at BarbarEven the smallest clue may lead to important results. During a reconnaissance in the northern coastal area of Bahrain the top of a large block of stone, in which t...
Laurence A. Mound 90 years: A collaborative life that laid the foundation of modern thrips studies
Laurence A. Mound 90 years: A collaborative life that laid the foundation of modern thrips studies
In honour of Laurence Mound's 90th birthday, this special issue of Zootaxa serves as a tribute to his enduring legacy in entomology and Thysanoptera research. Mound's journey in th...
Zootaxa 20th Anniversary Celebration: Insect Order Thysanoptera
Zootaxa 20th Anniversary Celebration: Insect Order Thysanoptera
Although the first issue of Zootaxa appeared in 2001 it was not until two years later, in August 2003, that this aspiring and inspiring new journal issued the first paper on the in...
Dynamics of mound repair behavior in termites
Dynamics of mound repair behavior in termites
AbstractTermites of the speciesOdontotermes obesusare found widely across the Indian peninsula. Their presence is visible due to the large over-ground mounds that they build across...
Review on Termite Mound Soil Characteristics and Agricultural Importance
Review on Termite Mound Soil Characteristics and Agricultural Importance
Addition of soil with various amendments to boost up the nutrient content and moisture holding capacity is necessary for improving the crop productivity. Among the various amendmen...
On the Age of Serpent Mound
On the Age of Serpent Mound
Abstract Radiocarbon dates reported by Romain and colleagues (2017) suggesting that Serpent Mound (33AD1) is an Adena effigy mound are problematic because they canno...
Rubble-mound Structure Design In The Coastal Environment
Rubble-mound Structure Design In The Coastal Environment
"The main aims of this thesis were to investigate the main aspects of the design and implementation of rubble-mound structures as a form of shoreline stabilisation and coastal defe...
Predicting the hatching date of Malleefowl Leipoa ocellata eggs without excavating the mound
Predicting the hatching date of Malleefowl Leipoa ocellata eggs without excavating the mound
The Malleefowl Leipoa ocellata (Family Megapodiidae) has suffered a major contraction in its distribution across Australia and is considered vulnerable to extinction. It incubates ...

Back to Top