Contact Information

Department Chair
Daniel Shain

Department Secretary
Janet Caruso
(856) 225-6497

Undergraduate Biology
Kwangwon Lee

Graduate Biology
William M. Saidel

Follow the Biology Peer Mentor on Twitter

Student Spotlight

We R Rutgers-Camden: Marissa Ionno

Marissa Ionno"I am proud to be a Rutgers-Camden student, fortunate to be applying what I’ve learned at Rutgers-Camden to my interests outside of school, and thankful knowing that I’ll be graduating with such an honorable degree." Read more ...

Home » News » Featured Publication » John Dighton

John Dighton

Posted at 9:36 a.m. April 11, 2013, in Featured Publication

Forest Post Thinning ArticleImpacts of forest post thinning residues on soil chemistry, fauna and roots: Implications of residue removal in Finland.

Dighton, J., Helmisaari, H.-S., Maghirang, M., Smith, S., Malcolm, K., Johnson, W., Quast, L.,
Lallier, B., Gray, D., Setälä, H., Starr, M., Luiro, J., Kukkola, M. (2012) Applied Soil Ecology 60 (2012) 16– 22. Corrigendum: Applied Soil Ecology 62 (2012) 184

In a study of post-harvest residue management in Finland, aboveground tree biomass production was significantly higher with higher levels of post-harvest residue retention. Changes in soil chemistry and fine root biomass were minimal, but specific root length and ectomycorrhizal root tip abundance showed significant increases in the highest residue addition compared to the no-addition control. Abundance of small enchytraeids increased with residue retention, but there was no effect on soil nematodes or soil arthropods.