The denitrification-decomposition (DNDC) model

The denitrification-decomposition (DNDC) modelDNDC is a well established biogeochemical crop model that has been featured in over 400 peer reviewed publications and excels at quantifying agricultural impact under diverse environmental and management conditions. DNDC employs a thermal time driven biomass accumulation sub model across all crops with differences arising from regionspecific parameters which serve as proxies for genetic variation and from simulation approaches tailored to crop

this edition is excellent for students of Middle English romance

and soliciting evaluations/feedback from their students

Explores legal systems and best practices for interdisciplinary collaboration between social workers and lawyers

First published in 1901

Artificial insemination technologies are evolving to facilitate gene transfer from high indexing sires through use of lower number of sperm per litter produced

As an historical account of the exchange of “duplicate specimens” between anthropologists at the Smithsonian Institution and museums

This chapter reviews a range of technologies currently applied or in development which facilitate this individual animal and refined landscape management across the spectrum of extensive grazing production systems

manmade pollutants have become such a varied and widespread danger

and they prospectively fortified a continuous lineage for transmitting their values and reputation to future generations

Scenario-based discussion questions and active learning activities designed to prepare future leaders to think about both public and planetary health

This collection features five peer-reviewed reviews on dietary supplements in poultry nutrition

a six-part ‘irrigation savings allocation framework’ (ISAF) to effect consumption-based savings is proposed