Drought costs could jump by over a third by 2035. 😱 The global land area affected by drought has doubled since 1900, impacting everything from agriculture to migration. Even high-income countries are feeling the heat! 🥵
New research reveals wildfires pollute rivers and streams far longer than we thought. Contaminants like organic carbon, phosphorus, and turbidity stay high for years, with nitrogen and sediment loads increasing for up to eight!
New research reveals a key flood driver on the US West Coast saturated soils. While some intense storms don't flood dry areas, weaker ones can devastate wet ones.
But funding these types of project can challenging, as traditional sources tend to favor single-purpose projects. New research highlights the need for integrated funding programs and strong project champions.
New research shows that dam removal can prevent costly disasters from extreme weather events, restore rivers, revive native fish, and make communities safer.
The Kootenai River crosses the US-Canada border twice, and so does its pollution. A new $4.9 million study is underway to create a "common understanding" of pollution concerns from mining operations.
New program helps Utah farmers save water with funds for on-farm improvements. Approximately 250 projects have already saved more than 40,000 acre-feet of water/year proving that agricultural productivity and conservation can go hand-in-hand.
Their relentless work has yielded incredible success. Over 70,000 adult lamprey have been translocated over the past 25 years, showing the true power of their collaboration 🎉
After years of dedicated work, a new, more in-depth plan has arrived! This updated Tribal Pacific Lamprey Restoration Plan (TPLRP) offers a scientific roadmap and showcases Indigenous leadership in conservation.
Years ago, northwestern tribal leaders realized the Pacific lamprey was in decline and initiated action to preserve this culturally significant fish. Their groundwork led to the development of the first Pacific Lamprey Restoration Plan in 2011.
Increasing water scarcity has resulted in more fallowed agricultural lands. In California, these barren fields are now the state's top source of human-caused dust - threatening snow pack, public health, and road safety.
Increasing water scarcity has resulted in more fallowed agricultural lands. In California, these barren fields are now the state's top source of human-caused dust - threatening snow pack, public health, and road safety.
Native microalgae are injected into irrigation systems to enhance soil health, which in turn leads to greater water efficiency, increased crop yields, and a reduced environmental impact.
Read more about this innovative process here: buff.ly/Gx4e4ZS
By casting partial shade, the panels boost moisture levels and drive plant growth, especially in dry years. Could be a win-win for energy and environmental recovery!
