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SoilForEU_Task 5.2: SoilForEUROPE_Knowledge transfer to stakeholders
Description:
No information available
Id:
44
Users:
0
Datasets:
0
Proposals:
0
Attachments:
0
Created at:
2020-03-19
Updated at:
2020-03-19
Dr.Forest_T1.1: Dr.Forest_Task1.1 Sensory experience via visual scenes.
Description:
Using Attention Restoration Theory (ART 22) and Stress Reduction Theory (23), we will
assess how visual and auditory contact with forest biodiversity influences mental health and well-being. Controlled psychological experiments will be conduc...
Id:
45
Users:
4
Datasets:
4
Proposals:
0
Attachments:
0
Created at:
2020-03-23
Updated at:
2020-03-23
Dr.Forest_T1.2: Dr.Forest_Task 1-2 Sensory experience via soundscapes
Description:
We will adopt a soundscape ecology approach to quantify the effect of forest biodiversity on acoustic diversity and complexity. Automatic audio-recorders (AudioMoth) will be deployed in the plots and will record at different seasons to...
Id:
46
Users:
5
Datasets:
5
Proposals:
1
Attachments:
0
Created at:
2020-03-23
Updated at:
2020-03-23
Dr.Forest_T2.1: Dr.Forest_Task 2-1 Microclimate
Description:
We will analyse temporal microclimatic stability by assessing the thermal buffer capacity (increase in surface temperature after one hour of insolation) from two subsequent thermal drone-borne images taken in the heat-up phase of a cloud-free summ...
Id:
47
Users:
4
Datasets:
4
Proposals:
1
Attachments:
0
Created at:
2020-03-23
Updated at:
2020-03-23
Dr.Forest_T3.1: Dr.Forest_Task 3-1: Risk of urtication by forest caterpillars
Description:
We expose oak phytometers, i.e. young potted trees to control for origin and size, in pure vs. mixed oak plots of Experiments and Exploratories. Oak processionary sentinel larvae will be exposed on phytometers, until the third instar ...
Id:
49
Users:
4
Datasets:
0
Proposals:
0
Attachments:
0
Created at:
2020-03-23
Updated at:
2020-03-23
Dr.Forest_T3.2: Dr.Forest_Task 3-2: Ticks and tick-borne diseases.
Description:
We will quantify tick abundance and their temporal population dynamics (spring, summer) by flag trapping. The detection of tick-borne pathogens (bacteria and viruses) will be done by molecular methods (DNA-PCR for Borrelia, RT-PCR for phleboviruse...
Id:
50
Users:
4
Datasets:
0
Proposals:
0
Attachments:
0
Created at:
2020-03-23
Updated at:
2020-03-23
No information available