Research in the OpenAgData index
Poulamee Chakraborty
Michigan State UniversityField work in South DakotaORCID 0000-0001-9502-140X
Where this work is used
What OpenAgData draws from these papers, beyond the citation count.
Open calls that fit this work
3 of 10 open calls that share these papers' topics or state
- North Central SARE Farmer Rancher GrantsNorth Central SARE · Up to $30KCloses Dec 3, 2026 · 20 days leftNorth Central regionLivestock
- North Central IPM Center Critical Issue GrantsNorth Central Integrated Pest Management Center · Up to $30KCloses Dec 1, 2026 · 18 days leftNorth Central region
- North Central IPM Center Working Group GrantsNorth Central Integrated Pest Management Center · Up to $30KCloses Dec 1, 2026 · 18 days leftNorth Central region
Ranked by shared topics, state and the funders these papers thank. See the full funding board.
Measured results quoted from these papers
9 results from 1 paper · none checked by a reviewer yet
medium manure (dairy solid manure, N-based rate; 27.4 Mg/ha in 2020), 12 yr vs medium inorganic fertilizer (136 kg N, 49 kg P2O5, 91.5 kg K2O /ha)
XCT-derived macroporosity (treatment main effect, 0-40 cm) · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increaselow manure (dairy solid manure, P-based rate; 4.4 Mg/ha in 2020), 12 yr vs no amendment control
XCT-derived macroporosity · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increasehigh manure (beef dry manure, 2x N requirement; 37.4 Mg/ha in 2020), 17 yr vs control, medium/high inorganic fertilizer, low and medium manure
soil organic carbon and total N concentration · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increasehigh manure (beef dry manure, 2x N requirement; 37.4 Mg/ha in 2020), 17 yr vs no amendment control
soil total nitrogen concentration (treatment main effect, 0-40 cm) · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increasehigh manure (beef dry manure, 2x N requirement; 37.4 Mg/ha in 2020), 17 yr vs no amendment control
XCT-derived macroporosity (pores > 1000 um ECD; treatment main effect, 0-40 cm) · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increasemedium manure (dairy solid manure, N-based rate; 27.4 Mg/ha in 2020), 12 yr vs medium inorganic fertilizer (136 kg N, 49 kg P2O5, 91.5 kg K2O /ha)
XCT-derived total number of macropores per core · corn
Cattle manure application for 12 and 17 years enhanced depth distribution of soil organic carbon and X-ray computed tomography-derived pore characteristics
Increase
3 more results are quoted from these papers. An author is the best check on these. Mark each one right or not right.
Output by year
Published papers, by publication year
Where the work is
2 papers across 1 state, by study site
Funding
No acknowledgement indexed yet
None of your papers has an indexed funding acknowledgement.
Co-authors
5 in all, 1 on more than one paper
Topics
18 across 2 papers
Papers
2 published papers
Built from the index, not written by the researcher. It shows published papers in OpenAgData whose byline carries this ORCID iD, or that the ORCID record itself lists, which is usually a part of someone's work, not all of it. Names, affiliations and funding acknowledgements are as the papers print them, and a funder thanked in a paper is not necessarily an award the researcher held. Citation counts are OpenAlex's.