Yes it's startling how fast this chamomile spreads, and we ought to preserve the native brittlebrush. But it's worth considering the effects of 50 years of ground cover, 50 years of pollinators and their predators, 50 years of accumulated organic detritus, 50 years of improved rainwater retention, 50 years of migratory birds bringing seeds in their droppings to a rejuvenated soil substrate. Could any of these things improve local ecology?
I'd imagine that 50 years and thousands of square miles with a radically different emissivity coefficient could even altar weather patterns and change annual rainfall totals. Some of these effects would be straightforward to model. Might we see water table restoration leading to year-round springs instead of annual floods? Could we accelerate any of these effects?
Yes it's startling how fast this chamomile spreads, and we ought to preserve the native brittlebrush. But it's worth considering the effects of 50 years of ground cover, 50 years of pollinators and their predators, 50 years of accumulated organic detritus, 50 years of improved rainwater retention, 50 years of migratory birds bringing seeds in their droppings to a rejuvenated soil substrate. Could any of these things improve local ecology?
I'd imagine that 50 years and thousands of square miles with a radically different emissivity coefficient could even altar weather patterns and change annual rainfall totals. Some of these effects would be straightforward to model. Might we see water table restoration leading to year-round springs instead of annual floods? Could we accelerate any of these effects?