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Adding Fungi to Soil may Introduce Invasive Species, Threatening Ecosystems

Adding Fungi to Soil may Introduce Invasive Species, Threatening Ecosystems

By Miranda Hart

Invasive, alien species are bad for ecosystems. They reduce bidoversity and disrupt food chains, including our own.

History is full of examples of intentional and unintentional introductions of invasive species. The introduction of cane toads to Northern Australia in the 1930s to fight cane beetles led to decline of many native predators. The  that causes chestnut blight snuck into North America via infected nursery stock; four billion trees died in 40 years.

It's easy enough to see the devastation by invasive species of plants, just look your window: spotted knapweed, Eurasian milfoil and giant hogweed have completely changed communities across North America .

Soil ecosystems

What about creatures in the soil? Have they been affected by invasive species? Which species have gone extinct? Which ones are proliferating? It is important to think about soil as an invisible ecosystem, because many  include the deliberate addition of microbes to the soil, biofertilizers.

Biofertilizers are microbes that are grown specifically for application to soil. There are many microbes that are used as biofertilizers, including bacteria and fungi, and the most common application is to improve crop nutrient status. These products are considered by some to be a more sustainable alternative to synthetic fertilizers.

The use of mycorrhizal fungi—fungi that grow on —as biofertilizers is becoming more common. Applying them as a kind of fertilizer makes sense because these fungi grow in plant roots and help plants get more nutrients from the soil.

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Midwest Weather Shock: Flash Drought Turns Into Heavy Rain Threat This Week (2026 Forecast)

Video: Midwest Weather Shock: Flash Drought Turns Into Heavy Rain Threat This Week (2026 Forecast)

A rapidly changing Midwest weather pattern is unfolding in 2026 as areas that recently slipped into abnormal dryness and flash drought conditions are now facing the threat of heavy rain and repeated storm systems.

After a wet spring erased early drought conditions, regions across Illinois, Iowa, Wisconsin, Minnesota, and northern Missouri have quickly dried out again since mid-to-late May. Soil moisture is dropping fast, and crops like corn and soybeans are beginning to feel the stress of rising temperatures and lack of consistent rainfall. Now, weather models show a major shift.

A developing system moving in from the Northern Plains is expected to bring multiple rounds of showers and thunderstorms, with the potential for locally heavy rainfall across the Midwest. While some areas may miss out, others could finally see much-needed relief from the growing dryness. In this video, we break down:

Current drought conditions across the Midwest

Why a flash drought is developing quickly

Timing and path of incoming storm systems

Which states are most likely to see heavy rain

How long this wet pattern could last

Will this rain end the drought or create new flooding risks? Watch the full forecast to find out.