Free delivery for orders over 69.99 euro.

Check order status

Become part of a community of book lovers from all over the world and get access to a whole bunch of benefits. Create an account for free

Free delivery for purchases over 69.99 €

DPD courier 5.99 € Bpost point 7.99 € Bpost 7.49 € DPD point 3.49 € GLS courier 4.99 €

Contact

How to shop

Help

My account

▸ Empty :-(

Free delivery for orders over 69.99 euro.

DEVELOPMENT OF REMOTE SENSING TECHNIQUES

Name: DEVELOPMENT OF REMOTE SENSING TECHNIQUES
Brand: LAP Lambert Academic Publishing
SKU: 07094530
Price: 52.53 EUR
Availability: InStock
Author: Matthew Stong
ISBN: 9783838332406

ASSESSMENT OF SALINITY INDUCED PLANT STRESSES

Matthew Stong

Language

English

Book Paperback

Libristo code: 07094530

Publishers LAP Lambert Academic Publishing, November 2009

Salinity has been shown to reduce vegetative growth, crop quality, and yield in agricultural crops.... Full description

Libristo code: 07094530

127 b

52.53 €

In stock at our supplier Shipping in 5-8 days

Up to 30 days for returns

Customers also purchased

Pompeji Johannes Adolf Overbeck

Paperback

36.56 €

Chat malgré moi T04

Paperback

10.90 €

Voyage Pittoresque Dans l'Empire Ottoman, En Grece, Dans La Troade, Les Iles de l'Archipel Choiseul-Gouffier-M-G-F-A

Paperback

27.17 €

Swingtrading met de 4-uurgrafiek: Deel 2: Trade the Fake! Heikin Ashi Trader

Paperback

14.84 €

Les Dossiers d'Alternatives Economiques - numéro 4 L'économie collaborative

Toy

13.53 €

Beton Susanne Weidmann

Paperback

10.30 €

Ein Spaziergang durch Düsseldorf (Wandkalender 2026 DIN A3 hoch), CALVENDO Monatskalender Calvendo

Calendar

30.91 €

Salinity has been shown to reduce vegetative growth, crop quality, and yield in agricultural crops. Remote sensing is capable of providing data about large areas. This project was designed to induce salinity stress in a crop, pak choi, and thereafter monitor the response of the crop as expressed by its spectral reflectances. The project was conducted in the National Taiwan University Phytotron, and spectral data was collected using a GER 2600. Yield and soil salinity (EC) were also measured. After three seasons of data were collected, wavelengths sensitive to salinity were selected. These wavelengths, which are within the spectral response of biochemicals produced by plants as a response to soil salinity, were used to create two indices, the Salinity Stress Index (SSI) and the Normalized Salinity Stress Index (NSSI). The SSI and NSSI correlated well to both ECe and marketable yield. Additionally the SSI and NSSI were found to provide statistical differences between salinity stressed treatments and the control treatment.