Can starter fertilizers improve plant nitrogen uptake by cycling through microbial and mineral pools?

49

Soil biogeochemistry: elemental cycling within and among ecosystems

Using a multi-trophic perspective to model organic matter formation and green house gas emissions in the circular bionutrient economy

1

Agricultural and other managed ecosystems

Multifunctional nitrogen cycling in agricultural soils as an ecosystem property over time

2

Agricultural and other managed ecosystems

The role of soil and root bacterial communities in oak regeneration under red pine

3

Agricultural and other managed ecosystems

Enhancing Vineyard Soil Health through Cover Crop Integration: Impact on Soil Microbial Community Structure and Enzyme Activities

4

Agricultural and other managed ecosystems

Short-term nitrogen fertilizer application and pH modification do not affect Streptomyces antibiotic production in Avena sativa rhizosphere

5

Agricultural and other managed ecosystems

Commercial mycorrhizal inoculation of non-sterile field soil does not enhance root colonization or reduce nitrate leaching

6

Agricultural and other managed ecosystems

Soil health effects on nematode community in eastern Oregon semi-arid wheat-fallow cropping system

7

Agricultural and other managed ecosystems

Short- and long-term effects of humic acid amendments on the citrus rhizosphere microbiome

8

Agricultural and other managed ecosystems

Effect of Combinations of Cover Crop and Compost Amendments on Soil Bacterial and Fungal Diversity and Nutrients in a Florida Citrus Agroecosystem

9

Agricultural and other managed ecosystems

Using Brewer’s Spent Grain for Sustainable Production of Commercially and Culturally Important Native Plant Species in Tallgrass Prairies

10

Agricultural and other managed ecosystems

Intercropped legumes as a nitrogen source for a novel perennial cereal, and their impact on soil N processes

11

Agricultural and other managed ecosystems

Should plant-soil feedbacks be considered in the selection of crop rotation sequences?

12

Agricultural and other managed ecosystems

Dynamics of inter-row root growth and infiltration in perennial crop mono- and biculture

13

Agricultural and other managed ecosystems

Leaving a legacy: alternative cropping practices continue to influence microbial communities years after return to conventional practices

14

Agricultural and other managed ecosystems

Mitigating the Effect of Extreme Precipitation on Wheat via the Soil Microbiome

15

Agricultural and other managed ecosystems

Putting the P(ee) in Perennial Agriculture

16

Agricultural and other managed ecosystems

Earlier snowmelt drives increased summer decomposition of labile organic matter in sub-alpine meadow

17

Human impacts on soil ecology: climate change, land use change, management practices.

Shoot pruning intensity drives early accumulation of deep soil carbon following cocoa-based agroforestry expansion

18

Human impacts on soil ecology: climate change, land use change, management practices.

A Pollinator’s Paradise: The Effects of Arbuscular Mycorrhizal Fungi on the Growth of Medicinal and Pollinator-Friendly Native Vegetation

19

Human impacts on soil ecology: climate change, land use change, management practices.

Analysis of Arbuscular Mycorrhizal Fungi Responsiveness and Brewer’s Spent Grain Responsiveness in Medicinal Plants and Native American Culturally Important Plants

20

Human impacts on soil ecology: climate change, land use change, management practices.

The impact of a low severity prescribed fire on soil nematode feeding groups and their associated food sources in southern Vermont

21

Human impacts on soil ecology: climate change, land use change, management practices.

Using distance-decay relationships to assess the effects of prairie restoration choices on soil microbial communities

22

Human impacts on soil ecology: climate change, land use change, management practices.

Standardizing a soil arthropod collection method for use in a multi-college laboratory course module

23

Methodology madness: challenges, benefits and opportunities of specific soil methods.

Accelerating nematode data acquisition through artificial intelligence

24

Methodology madness: challenges, benefits and opportunities of specific soil methods.

The Deep Soil Ecotron - Exploring belowground communities and ecosystem processes

25

Methodology madness: challenges, benefits and opportunities of specific soil methods.

Soil:Micro – a Free Data-Based Virtual Reality Experience of a Soil at a Microbial Scale

26

Methodology madness: challenges, benefits and opportunities of specific soil methods.

Do MAOM formation pathways influence MAOM stability: A mesocosm test

27

Modeling soil processes

Navigating copper toxicity in mining waste: insights from the metal-tolerant Populus tremuloides root microbiome

28

Other

The Survival of Wildfire-Associated Bacteria After Heat Stress

29

Other

Multi-course research collaborations in soil ecology – Oh the possibilities!

30

Other

Loamification is Sweeping the Nation: Design and publishing of a soil ecology board game

31

Other

Plant and Soil Microbial Community Structure: Resolving Relationships in the Field

32

Scaling soil biodiversity to ecosystem outcomes: working from the micron to ecosystem scale

Microbial community response to flooding is dependent on soil structure and land use

33

Scaling soil biodiversity to ecosystem outcomes: working from the micron to ecosystem scale

Examining interactions between mineral-associated and particulate organic nitrogen in a model system

34

Soil biogeochemistry: elemental cycling within and among ecosystems

Nutrient Co-Limitation Impacts on Root Growth & Nutrient Cycling

35

Soil biogeochemistry: elemental cycling within and among ecosystems

Can we leverage MIR spectroscopy to predict soil microbial properties?

36

Soil biogeochemistry: elemental cycling within and among ecosystems

The effects of resource addition on phosphorus cycling in the Chihuahuan Desert

37

Soil biogeochemistry: elemental cycling within and among ecosystems

Seasonal effects of warming and species removal on nitrogen and phosphorus availability

38

Soil biogeochemistry: elemental cycling within and among ecosystems

Above- and Belowground Responses to 50+ Years of Brown Lemming Exclusion in Utqiaģvik, Alaska

39

Soil biogeochemistry: elemental cycling within and among ecosystems

Earlier snowmelt drives mismatch in root and fungal growth timing to impact nutrient uptake

40

Soil biogeochemistry: elemental cycling within and among ecosystems

Aboveground and belowground resource pathways to soil food webs: a meta-analysis

41

Soil biogeochemistry: elemental cycling within and among ecosystems

Oak's underground allies: Quantifying ectomycorrhizal fungal colonization under increasing soil pH and P

42

Soil biogeochemistry: elemental cycling within and among ecosystems

Soil fauna in switchgrass bioenergy systems: Impacts on nitrogen dynamics

43

Trophic ecology: interactions among organisms within the soil

Analysis of the effect of plant metabolites on a cross-domain microbial community

44

Trophic ecology: interactions among organisms within the soil

Plant Root Microbiome Response to Herbivory - Potential Insecticidal Activity

45

Trophic ecology: interactions among organisms within the soil

Water Sufficiency for Organismal Function in Dryland Critical Zones

46

Trophic ecology: interactions among organisms within the soil

Quantifying pathogenic fungal communities of Monterey pine (Pinus radiata) across its native range

47

Trophic ecology: interactions among organisms within the soil

Tomato and Marigold Polyculture: Soil microbial communities associated with individual and intercropped tomatoes and marigolds in a common garden experiment

48

Trophic ecology: interactions among organisms within the soil