EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?

In vegetation science, an exchange between two floristical data banks increases the ecological gradient of the registered releves. Therefore, it also increases the discrimination between the behaviours of plants and, because of this, the distinctness of types of plant community. In practice, an exch...

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Main Authors: P. DE RUFFRAY, H. BRISSE, G. GRANDJOUAN
Format: Article
Language:English
Published: University La Sapienza of Rome 1996-01-01
Series:Annali di Botanica
Online Access:http://annalidibotanica.uniroma1.it/index.php/Annalidibotanica/article/view/9012
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spelling doaj-3e6a360423e841f3a7d368622f037c802020-11-24T21:22:31ZengUniversity La Sapienza of RomeAnnali di Botanica0365-08122239-31291996-01-01541EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?P. DE RUFFRAYH. BRISSEG. GRANDJOUANIn vegetation science, an exchange between two floristical data banks increases the ecological gradient of the registered releves. Therefore, it also increases the discrimination between the behaviours of plants and, because of this, the distinctness of types of plant community. In practice, an exchange is restricted, on one hand by the priority given to the authors for processing their own releves and, on the other hand, by the interest of a bank which needs a benefit from its registered files, in order to support and develop the data processing. On the other hand, there is another kind of exchange, that of the socio-ecological calibrations of plants, which keeps the data in their initial bank and so protects everyone's interest. That exchange unites the gradients of the banks and improves the understanding of the releves. The socioecological calibI-ation of a plant is the set of its fidelities compared to all the plants of the bank. The calibration defines a statistical space of fidelities, where distances express the implicit ecological differences and determine the classification of relevès in types of plant communities corresponding to homogenous environments. The melting of the calibrations coming from two banks defines a common space of fidelities where plants and releves are localized and classified according to the common gradient covered by the two banks together.http://annalidibotanica.uniroma1.it/index.php/Annalidibotanica/article/view/9012
collection DOAJ
language English
format Article
sources DOAJ
author P. DE RUFFRAY
H. BRISSE
G. GRANDJOUAN
spellingShingle P. DE RUFFRAY
H. BRISSE
G. GRANDJOUAN
EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
Annali di Botanica
author_facet P. DE RUFFRAY
H. BRISSE
G. GRANDJOUAN
author_sort P. DE RUFFRAY
title EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
title_short EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
title_full EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
title_fullStr EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
title_full_unstemmed EXCHANGE OF FLORISTICS RELEVES OR EXCHANGE OF CALIBRATIONS BETWEEN DATA BANKS?
title_sort exchange of floristics releves or exchange of calibrations between data banks?
publisher University La Sapienza of Rome
series Annali di Botanica
issn 0365-0812
2239-3129
publishDate 1996-01-01
description In vegetation science, an exchange between two floristical data banks increases the ecological gradient of the registered releves. Therefore, it also increases the discrimination between the behaviours of plants and, because of this, the distinctness of types of plant community. In practice, an exchange is restricted, on one hand by the priority given to the authors for processing their own releves and, on the other hand, by the interest of a bank which needs a benefit from its registered files, in order to support and develop the data processing. On the other hand, there is another kind of exchange, that of the socio-ecological calibrations of plants, which keeps the data in their initial bank and so protects everyone's interest. That exchange unites the gradients of the banks and improves the understanding of the releves. The socioecological calibI-ation of a plant is the set of its fidelities compared to all the plants of the bank. The calibration defines a statistical space of fidelities, where distances express the implicit ecological differences and determine the classification of relevès in types of plant communities corresponding to homogenous environments. The melting of the calibrations coming from two banks defines a common space of fidelities where plants and releves are localized and classified according to the common gradient covered by the two banks together.
url http://annalidibotanica.uniroma1.it/index.php/Annalidibotanica/article/view/9012
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