Rajeev Soni, Sudhanshu Kacker, Neha Saboo
A study to evaluate the burden of hearing loss and its correlation with risk factors among high-risk infants at a teaching institution, Jaipur
Journal of family medicine and primary care
models pivotal assessing future forest dynamics impacts changing climate management practices incorporating representations tree growth mortality regeneration quantitative studies importance mortality submodels scarce evaluated 15 dynamic vegetation models dvms regarding sensitivity different formulations tree mortality different degrees climate change set models comprised eight dvms stand scale three landscape scale four typically applied continental global scale incorporate empirically derived mortality models others based experimental data whereas still others based theoretical reasoning dvm run least two alternative mortality submodels model behavior evaluated empirical time series data models subjected different scenarios climate change dvms matched empirical data quite well irrespective mortality submodel used however mortality submodels performed similar manner past data often led sharply different trajectories forest dynamics future climate change dvms featured high sensitivity mortality submodel deviations basal area stem numbers order 1040 per century current climate 20170 climate change sensitivity given dvm scenarios climate change however typically lower factor two three conclude 1 mortality one uncertain processes comes assessing forest response climate change 2 data better process understanding tree mortality needed improve robustness simulated future forest dynamics study highlights comparing several alternative mortality formulations dvms provides valuable insights effects process uncertainties simulated future forest dynamics