The LSA-2050 or Leaf State Analyzer, a gateway to the optical environment of a leaf! This recently introduced WALZ instrument determines: Chl content, leaf angle, epidermal screening of UV-B, UV-A, blue and green light, the FV/FM, a leaf N-content parameter, and a way to estimate fruit ripening. Information which complements the photosynthetic activity measurements obtained by other WALZ instruments. The Tutorial gives an introduction to the use and applications of this instrument.
In this webinar, we will introduce the new POROMETER leaf clip for all MINI-PAM-II instruments and provide an overview of its core features, including the determination of leaf angle and solar incidence. We will then demonstrate the measurement workflow for single measurements, discuss stability criteria, and explore possible applications in conjunction with MINI-PAM-II protocols. The session will conclude with monitoring application examples and a brief look at useful accessories.
The tutorial demonstrates the initial steps for using your new device. It begins with setting up the instrument and installing the latest version of ImagingWin software. The video then illustrates how to generate a 'Correction image' and activate your PAR list. Finally, the default user settings are explained.
The presentation wants to guide (potential) users of the DUAL-PAM-100 through the software written for this instrument. The goal is to make the viewer familiar with the different settings and application tabs. The DUAL-PAM-100 has quite a few tabs but going systematically through these tabs, it is easy to prepare the software for an experiment.
WinControl-3 allows operation of a variety of WALZ PAM instruments. This tutorial is a guide to software operation for WATER-PAM-II applications. From software installation to PAM-typical operating procedures and WATER-PAM-II specific tabs, the use of WinControl-3 is demonstrated.
In a first tutorial the principles of fluorescence measurements were explained. The present tutorial focuses on the structure and features of WinControl-3 software and on aspects of some of the major experimental applications of this software. WinControl-3 is used by the following instruments: MINI-PAM-II, DIVING-PAM-II, WATER-PAM-II, MONITORING-PAM, MICRO-PAM, MICROSCOPY-PAM and JUNIOR-PAM.
For the study of photosynthesis, non-invasive photosystem-I probing P700 measurements are not only a valuable tool in their own right but even more so in combination with fluorescence measurements. This tutorial, tries to give the viewer a basic understanding of the method, the tools used and some examples of applications of P700-measurements in photosynthesis research.
