This commentary article discusses the relative merits of new mathematical approaches to lichenometry. It highlights their strong reliance on complex statistics; their user un-friendliness; and their occasional mistreatment of existing lichenometric techniques. The article proposes that the success of lichenometric dating over the past 50 years has stemmed from its relative simplicity, transparency, and general field applicability. It concludes that any new techniques which ignore these principles are likely to be unjustified, unsuitable to the user community and inappropriate for the subject matter. Furthermore, the article raises a more general philosophical question: can statistical complexity and high precision in a ‘geobotanical’ dating...
This paper reviews evidence from previous growth-rate studies on lichens of the yellow-green species...
This paper presents new lichenometric population data from the Antarctic Peninsula (67°S), and descr...
Lichenometry is a dating method widely used to study Little Ice Age (LIA) glacial fluctuations in ma...
In this paper, we discuss the advantages and drawbacks of the most classical approaches used in lich...
Lichenometric dating (lichenometry) involves the use of lichen measurements to estimate the age of e...
Abstract: A new approach to lichenometry, based on large samples of the single largest lichen on eac...
International audienceTo date glacial and periglacial landforms, lichenometry is a valuable method b...
Lichenometry is a constantly developing method (or set of methods) of relative and absolute dating o...
These problems are not likely to disappear anytime soon. Theoretical developments on a variety of fr...
This paper proposes a review of the use of lichenometry in Iceland since 1970, using different techn...
Lichenometry represents an extremely useful dating technique in the Arctic. It is most appropriate f...
The reliability of lichenometric dating is dependent on a good understanding of lichen growth rates....
In Alaska, lichenometry continues to be an important technique for dating late Holocene moraines. Re...
These lichens are extremely slow growing and their lifespan is unknown. A long-term study is underwa...
Some species of crustose lichens, such as Ochrolechia parella (L.) Massal., exhibit concentric margi...
This paper reviews evidence from previous growth-rate studies on lichens of the yellow-green species...
This paper presents new lichenometric population data from the Antarctic Peninsula (67°S), and descr...
Lichenometry is a dating method widely used to study Little Ice Age (LIA) glacial fluctuations in ma...
In this paper, we discuss the advantages and drawbacks of the most classical approaches used in lich...
Lichenometric dating (lichenometry) involves the use of lichen measurements to estimate the age of e...
Abstract: A new approach to lichenometry, based on large samples of the single largest lichen on eac...
International audienceTo date glacial and periglacial landforms, lichenometry is a valuable method b...
Lichenometry is a constantly developing method (or set of methods) of relative and absolute dating o...
These problems are not likely to disappear anytime soon. Theoretical developments on a variety of fr...
This paper proposes a review of the use of lichenometry in Iceland since 1970, using different techn...
Lichenometry represents an extremely useful dating technique in the Arctic. It is most appropriate f...
The reliability of lichenometric dating is dependent on a good understanding of lichen growth rates....
In Alaska, lichenometry continues to be an important technique for dating late Holocene moraines. Re...
These lichens are extremely slow growing and their lifespan is unknown. A long-term study is underwa...
Some species of crustose lichens, such as Ochrolechia parella (L.) Massal., exhibit concentric margi...
This paper reviews evidence from previous growth-rate studies on lichens of the yellow-green species...
This paper presents new lichenometric population data from the Antarctic Peninsula (67°S), and descr...
Lichenometry is a dating method widely used to study Little Ice Age (LIA) glacial fluctuations in ma...