Using the MultispeQ with modified detector placement we are trying to see if the reflectance wavelengths can be used to differentiate between different soil types or identify composition.
We have soils from Kenyan sites at different depths ranging from 0-15cm to 100-200cm with different levels of total and black carbon (% w/w). We'll use these to see how well the MultispeQ can predict total and black carbon wavelengths. Black carbon has been indicated as an important of soil carbon stability and nutrition retention. In addition to already managed sites with high levels of black carbon, like the Terra Preta de Indio, black carbon, or biochar, is being used in current soil management strategies.
In addition to the soil samples with different levels of black carbon, we'll test standard samples made with a mixture of activated carbon (black carbon), cellulose, lignin, and silica. These will be used to try and test how well the MultispeQ detects different forms of carbon.
Different multispeQ & LED intensities/macro from first project.
- 177 Soil & Grain NIR/IR 650 reflectance
Updated for Veronica's grain work-Testing NIR reflectance at 650 nm wavelength
- 177 Soil & Grain NIR/IR 850 reflectance
To be used with MultispeQ 177 & Grain NIR Testing grain NIR reflectance at 850 nm wavelength
- 177 Soil & Grain NIR/IR 730 reflectance
Used with MultispeQ 177 and Grain macro-Testing NIR reflectance at 720 nm wavelength
- 177 Soil & Grain NIR/IR 940 reflectance
Used with MultispeQ 177 and grain macro -Testing NIR reflectance at 940 nm wavelength
- 177 Soil & Grain NIR/IR 525 reflectance
Used with MultispeQ 177 and grain macro-Testing NIR reflectance at 525 nm wavelength
- 177 Soil & Grain NIR/IR 605 reflectance
Used with MultispeQ 177 and grain macro-Testing NIR reflectance at 605 nm wavelength
- Main or Add-on? (Multiple Choice)
- Moisture (Short Answer)
- Additional (Short Answer)
- Soil Sample (Short Answer)