We spoke to the pioneering stable isotope researcher Dr. Leonard Wassenaar about a new, more efficient sample preparation method that can reduce the cost and complexity of nitrate isotope analysis, making it more widely accessible.
In our whitepaper, learn how the titanium (III) method has opened up the possibility of using stable isotope analysis in routine measurement regimes, allowing the origins of pollutant nitrate sources to be determined far sooner than currently possible.
DOWNLOAD YOUR COPY
Fill in the form to receive your download link by e-mail.
By clicking on the "Subscribe" button, I consent to the receipt of personalized newsletters via e-mail by Elementar Analysensysteme GmbH and its group companies companies as well as the evaluation of my user behavior in this regard and - if available - the merging of this data with my data in our customer database. In order to receive newsletters from our group companies, it is necessary to transfer your above-mentioned personal data to these companies. We point out that these are partly located in so-called unsafe third countries outside the EU/EEA , in which no adequate level of data protection (e.g. by adequacy decision of the EU, Art. 45 GDPR) is guaranteed. In these countries, you may not be able to enforce your rights as a data subject, or only to a limited extent. In addition, it is possible that local government agencies access your data to a disproportionate extent. The transfer of data to these recipients is therefore only legitimized by your consent pursuant to Art. 49 (1) lit. a) GDPR, which you grant with your subscription. The newsletter can be unsubscribed at any time with effect for the future as well as my consent to the third country transfer can be revoked at any time. A revocation does not affect the lawfulness of the processing carried out on the basis of the consent until the revocation. For further information, please refer to our privacy policy.
Looking for more information on nitrate isotope analysis?
Discover our solution for quantifying the global nitrogen cycle.