Analysis of results Print

Using common methods of bio-physical and socio-economic analysis, the results of the field trials in all study sites were examined to see what effects they had on production, culturally, ecologically and off-site.


Bio-physical analysis

The monitoring strategy used in Research Theme 4 allowed direct comparison between (normalized) time series of, for instance, soil moisture or sediment loss. Variables were generally soil physics related (moisture) or chemistry related (fertility and salinity). Crop yields were measured for arable farming and vegetation density and quality were measured for rangeland type environments. The study sites that focused on a catchment level (such as the forest fire analysis in Portugal) used catchment results to draw conclusions.


Socio-economic analysis

Bio-physical effects only make sense within the wider context of the study site. An increase of 30 mm in soil moisture per year may be significant in one setting (where for instance the grazing capacity and fodder quality is increased) but not enough in another which depends on certain crops. The full effect of implementing a change in practice depends on many specific environmental, economic and socio-cultural details.


The WOCAT system provides users with a Questionnaire to evaluate technologies (QT). QT addresses the following questions:

  • what are the specifications of the Technology,
  • where is it used (natural and human environment), and
  • what impact does it have.

 

The last section on impact was used to evaluate the DESIRE field experiments. In WOCAT QT a technology is compared to an untreated reference situation. By means of a large series of questions the benefits and disadvantages with respect to the 0-situation are appraised. These effects are evaluated in 4 levels of change: 0-5%; 5-20%; 20-50% and >50% (decrease or increase).

 

Part of the WOCAT QT questionnaire

 
These lists were used to create 59 questions that can be scored as positive or negative (for instance: ‘increase in crop yield’ and ‘decrease in crop yield’ becomes ‘crop yield’ that can be scored e.g. +20 or – 5). In order to display the results in readable tables, related questions were grouped under the headings "Production & socio-economic", "Ecological", "Socio-cultural" and "Off site".
 

Final set of factors used to summarize the answers to the questionnaires

 

The questionnaires were filled in by the site coordination teams because many of the questions required specialist knowledge (especially to quantify the level of change). However the teams had many discussions with the stakeholders during and after the experiments so it was felt that the evaluation was not biased towards any particular experiment. In several cases the results of the experiments were counterintuitive or disappointing, and this was noted objectively.

 

More details ...  download the full report

Implementation of conservation technologies at stakeholder level: results of field experiments (Report 91 D4.3.1 Apr2012) [7.23 Mb]

 
Field discussion.jpg.jpg

Acknowledgement

fp6 logo 3 50 x 43
The DESIRE project was 
co-funded by the
European Commission,
Global Change and
Ecosystem.
Contract no: 037046 GOCE

DESIRE brought together the expertise of
26 international research institutes
and non-governmental organisations.

This website does not necessarily
represent the opinion of the
European Commission. The European
Commission is not responsible for
any use that might be made of the
information contained herein.

Citing website content

For the terms under which the content 
of this website may be used see 
»Disclaimer, copyright and privacy

When referenceing page contents
please cite as Brandt, C. J. (ed). 
2012. "page title". DESIRE Project 
Harmonised Information System.
DESIRE Consortium.  
www.desire-his.eu. 

If citing a deliverable use the authors'
names, date and title as given on the 
cover page and add "available at 
www.desire-his.eu".

Follow us