Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker, RL Sinsabaugh… - Soil Biology and …, 2020 - Elsevier
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
[PDF][PDF] Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker, RL Sinsabaugh… - Soil Biology and …, 2020 - collins.lternet.edu
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker… - Soil Biology and …, 2020 - ui.adsabs.harvard.edu
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
[PDF][PDF] Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker, RL Sinsabaugh… - Soil Biology and …, 2020 - 129.24.124.64
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment.
JV Kwiecinski, E Stricker, RL Sinsabaugh, SL Collins - 2020 - cabidigitallibrary.org
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker, RL Sinsabaugh… - Soil Biology and …, 2020 - hero.epa.gov
Microbial activity in drylands is mediated by the magnitude and frequency of growing season
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
rain events that will shift as climate change progresses. Nitrogen is often co-limiting with …
Rainfall pulses increased short-term biocrust chlorophyll but not fungal abundance or N availability in a long-term dryland rainfall manipulation experiment
JV Kwiecinski, E Stricker, RL Sinsabaugh… - Soil Biology and …, 2020 - par.nsf.gov
High latitude forests cope with considerable variation in moisture and temperature at
multiple temporal scales. To assess how their photosynthetic physiology responds to short …
multiple temporal scales. To assess how their photosynthetic physiology responds to short …