Ocean River Institute launches natural lawn challenge for climate action

The Ocean River Institute is promoting natural lawns as a way to combat climate change by saving water, supporting pollinators, and capturing carbon. Rob Moir, the institute's president, highlights how these practices can reduce environmental harm from traditional lawn care. The initiative encourages communities to pledge healthier soil management.

In a recent podcast episode, Rob Moir, Ph.D., president and executive director of the Ocean River Institute based in Cambridge, Massachusetts, discusses the benefits of switching to natural lawns. The institute focuses on working with residential lawn owners to restore coastal areas and mitigate the effects of climate change on damaged ecosystems.

Traditional lawns in the United States consume between 30% and 60% of residential water use, according to the episode. They often rely on chemical-intensive practices, including Roundup, which contains glyphosates that harm soil-dwelling fungi and local pollinators, as well as fast-acting nitrogen fertilizers. Natural lawns, by contrast, eliminate these chemicals, which have been linked to health issues such as cancers, diabetes, and Alzheimer’s disease. They also reduce local water pollution and provide a better habitat for pollinators while storing significantly more carbon than fertilized lawns, acting as a carbon sink.

The Ocean River Institute is recruiting communities across Massachusetts, town by town, for the Healthy Soils for Climate Restoration Challenge. Participants pledge to adopt natural lawn practices. The program is open to anyone, regardless of location, to learn about sustainable alternatives. More information is available at www.oceanriver.org.

Moir has written extensively on climate and environmental topics, including articles on the Northwest Passage, land-water interactions shaping climate, and rainwater management. This episode, originally aired on May 30, 2022, serves as a guide for spring yard planning amid ongoing climate concerns.

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Indonesian Air Force planes seeding storm clouds with salt-lime over Jabodetabek to control rain and avert flooding.
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Government seeds nearly 100 tons of salt-lime to control rain in Jabodetabek

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The Indonesian government has used 97.8 tons of seeding materials like sodium chloride and calcium oxide in the Weather Modification Operation (OMC) since January 12, 2026, to control extreme rain in the Jabodetabek area. The operation involves BNPB, BMKG, TNI AU, and local BPBDs, with potential extension until February 1, 2026, to prevent flooding. Jakarta Governor Pramono Anung stated that funding has been allocated for this effort.

Earth911 has released a comprehensive guide on installing rain gardens to help homeowners capture stormwater, conserve water, and reduce pollution. The guide explains how these gardens absorb runoff, filter pollutants, and recharge groundwater while minimizing the need for treated irrigation water. It provides step-by-step instructions suitable for most residential properties.

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Dr. Mark Heilman, vice president of environmental restoration at SePRO, highlights how phosphorus from lawn care contributes to harmful algal blooms in US lakes and rivers. In a podcast episode, he shares successes in restoring polluted waters and stresses the importance of prevention over remediation. The discussion covers invasive species and climate impacts on water quality.

A recent article highlights ways to repurpose leaves, branches, and grass clippings instead of discarding them as waste. These methods aim to improve soil health and reduce landfill contributions. The guide encourages simple home practices to support eco-friendly landscaping.

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Scientists and Indigenous Australians are collecting coral spawn at night to bolster the Great Barrier Reef amid rising threats from climate change. The Reef Restoration and Adaptation Program, funded with nearly $300 million, employs innovative techniques like coral IVF to help the ecosystem adapt to warming oceans. Despite these efforts, experts emphasize that reducing global emissions remains essential for long-term survival.

A recent UN report warns of looming 'water bankruptcy' globally, worsened by climate change. It advocates for transparent water accounting and equitable distribution. In India, Himalayan regions are experiencing snow droughts that impact water supplies.

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An analysis suggests that spreading crushed silicate rocks on agricultural fields could remove up to 1.1 billion tonnes of carbon dioxide from the atmosphere each year by 2100, while boosting crop yields. The method, known as enhanced rock weathering, accelerates natural processes to lock away CO2. However, researchers highlight uncertainties about its scalability and potential side effects.

 

 

 

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