`;
}

function refreshWeatherIframe(containerId) {
var iframeId = ‘weather-iframe-‘ + containerId;
var iframe = document.getElementById(iframeId);
if (iframe && iframe.src) {
var originalSrc = iframe.src;
iframe.src = originalSrc + (originalSrc.indexOf(‘?’) > -1 ? ‘&’ : ‘?’) + ‘t=” + Date.now();
}
}

function initializeWeatherBox(container) {
var containerId = container.getAttribute(“data-container-id’);
var isWeatherBoxV2 = containerId === ‘home-weather-v2’;

function switchWeatherTab(tabName, clickedElement) {
container.querySelectorAll(‘[data-tab-id]’).forEach(function(tab) {
tab.classList.remove(‘open’);
tab.setAttribute(‘aria-selected’, ‘false’);
});

clickedElement.classList.add(‘open’);
clickedElement.setAttribute(‘aria-selected’, ‘true’);

container.querySelectorAll(‘[data-content-id]’).forEach(function(content) {
content.style.display = ‘none’;
content.setAttribute(‘hidden’, ‘true’);
});

var targetContent = container.querySelector(‘[data-content-id=”‘ + tabName + ‘”]’);
if (targetContent) {
targetContent.style.display = ‘block’;
targetContent.removeAttribute(‘hidden’);
}
}

function loadWeatherData() {
// If weather data is already being loaded, wait for it
if (window.weatherDataPromise) {
window.weatherDataPromise.then(function(data) {
if (data && data.data) {
var weatherContainer = container.closest(‘.weather-box-container’);
if (weatherContainer) {
weatherContainer.style.display = ‘flex’;
updateCurrentWeather(data.data);
updateForecastTabs(data.data);
updateWeatherAlertsBar(data.data);
}
}
});
return;
}

var location = { zip: window.DEFAULT_ZIPCODE };

try {
var storedLocations = localStorage.getItem(‘hrst.zip.history’);
if (storedLocations) {
var locations = JSON.parse(storedLocations);
if (locations && locations.length > 0) {
location = locations[0];
}
}
} catch (e) {}

var apiUrl = (window.DEWY_HOSTNAME || ”) + ‘/api/v1/weather/full/’ + location.zip;

if (window.fetch) {
window.weatherDataPromise = fetch(apiUrl)
.then(function(response) { return response.json(); })
.then(function(data) {
if (data && data.data) {
var article = container.closest(‘.article–wrapper’);
var weatherContainer = container.closest(‘.weather-box-container’);
if (weatherContainer) {
weatherContainer.style.display = ‘flex’;
updateCurrentWeather(data.data);
updateForecastTabs(data.data);
updateWeatherAlertsBar(data.data);
}
return data;
}
})
.catch(function(error) {
console.error(‘Error loading weather:’, error);
// Reset to unknown background on error
updateWeatherBackground(‘unknown’);
});
}
}

function updateWeatherAlertsBar(weatherData) {
var weatherWatchHeader = container.querySelector(‘.weather-watch-header’);
if (!weatherWatchHeader) return;

var weatherWatchText = weatherWatchHeader.querySelector(‘.weather-watch-text’);
var weatherWatchLink = weatherWatchHeader.querySelector(‘.weather-watch-link’);

if (weatherData.alerts_count > 0) {
weatherWatchHeader.className=”weather-watch-header has-alerts”;
if (weatherWatchText) {
weatherWatchText.textContent = `Weather Alerts (${weatherData.alerts_count})`;
}
if (weatherWatchLink) {
if (!weatherWatchLink.getAttribute(‘data-initial-href’)) {
weatherWatchLink.setAttribute(‘data-initial-href’, weatherWatchLink.getAttribute(‘href’));
weatherWatchLink.setAttribute(‘data-initial-onclick’, weatherWatchLink.getAttribute(‘onclick’) || ”);
}
weatherWatchLink.setAttribute(‘href’, “https://www.ketv.com/alerts”);
weatherWatchLink.setAttribute(‘onclick’, “return handleWeatherLinkClick(event, ‘click_alerts’, ‘click’, ‘sidelist-weather’, “https://www.ketv.com/alerts”);”);
}
} else {
weatherWatchHeader.className=”weather-watch-header”;
if (weatherWatchText) {
weatherWatchText.textContent = containerId === ‘home-weather-v2’ ? ‘Watch Latest Forecast’ : ‘Latest Forecast’;
}
if (weatherWatchLink) {
var initialHref = weatherWatchLink.getAttribute(‘data-initial-href’);
var initialOnclick = weatherWatchLink.getAttribute(‘data-initial-onclick’);
if (initialHref) {
weatherWatchLink.setAttribute(‘href’, initialHref);
}
if (initialOnclick) {
weatherWatchLink.setAttribute(‘onclick’, initialOnclick);
}
}
}
}

function updateCurrentWeather(weatherData) {
if (weatherData.current) {
var tempValue = weatherData.current.temp_f || ”;
var skyValue = weatherData.current.sky || ”;
var feelsLikeValue = weatherData.current.feels_like_f || weatherData.current.temp_f || ”;

var tempEl = container.querySelector(‘.weather-grid–current-temp-value’);
if (tempEl) {
tempEl.textContent = tempValue;
tempEl.setAttribute(‘aria-label’, tempValue + ‘ degrees Fahrenheit’);
}

var iconEl = container.querySelector(‘.weather-grid–current-icon’);
if (iconEl && weatherData.current.icon_name) {
iconEl.className=”weather-grid–current-icon weather-current-icon icon icon-weather-” + weatherData.current.icon_name;
}

var skyEl = container.querySelector(‘.weather-grid–sky’);
if (skyEl) {
skyEl.textContent = skyValue;
skyEl.setAttribute(‘aria-label’, ‘Current condition: ‘ + skyValue);
}

var feelsEl = container.querySelector(‘.weather-grid–feels’);
if (feelsEl) {
feelsEl.textContent = feelsLikeValue + ‘°F’;
feelsEl.setAttribute(‘aria-label’, feelsLikeValue + ‘ degrees Fahrenheit’);
}

var weatherContainer = container.querySelector(‘.weather-temp-container’);
if (weatherContainer) {
var summary = ‘Current temperature ‘ + tempValue + ‘ degrees Fahrenheit, ‘ +
skyValue + ‘, feels like ‘ + feelsLikeValue + ‘ degrees’;
weatherContainer.setAttribute(‘aria-label’, summary);
}

updateWeatherBackground(weatherData.current.icon_name);
}
}

function updateWeatherBackground(iconName) {
try {
var bgPath = weatherImages.backgrounds[iconName] || weatherImages.backgrounds.unknown;
container.style.backgroundImage=”url(” + bgPath + ‘)’;
} catch (e) {
console.log(‘Error updating weather background:’, e);
}
}

function updateForecastTabs(weatherData) {
var visibleItems = isWeatherBoxV2 ? 6 : 5;

if (weatherData.hourly) {
var hourlyContainer = container.querySelector(‘.weather-hourly-forecast’);
if (hourlyContainer) {
var html=””;
var maxHours = Math.min(visibleItems, weatherData.hourly.length);

for (var i = 0; i 0 ? currentIndex – 1 : tabs.length – 1;
tabs[prevIndex].focus();
break;
case ‘ArrowRight’:
e.preventDefault();
var nextIndex = currentIndex

SIOUX FALLS, S.D. (KELO) —The Nebraska wildfires have destroyed hundreds of thousands of acres of grassland that many ranchers use to feed their cattle. It’s a sad reality that has provoked sympathy from ranchers in South Dakota.

“When your family’s in the ranching business, that’s your whole life. It’s your whole livelihood. And, you know, you’re caretakers of these creatures. And, to be without food, you know, without feed for them, when it’s your way of life. That’s just a horrible place to be,” SD Cattlemen’s Foundation board member, Ty Eschenbaum said.

South Dakota ranchers were motivated to help out in a way only they could– by donating hay.

“They’re sending us right in the burn footprint. So we’re going into that Arthur, Oshkosh, Lakeside areas, where they were hit the hardest. They’re telling us that the hay that we are bringing down will be completely fed by the end of the weekend,” Kingsbury County Cattlemen’s Association, Laurie Casper said.

But it’s not cheap getting the hay to Nebraska.

“The price of fuel is astronomical. And, you know, we’re trying to get these trucks going those 39,800 miles total. Definitely a huge bill to flip,” Casper said.

That’s why the South Dakota Cattlemen’s Foundation has a way for you to help get that hay across state lines. They are matching up to $10,000 dollars worth of donations.

“It’s a lot of fuel. So that’s exactly where our dollars are going and the dollars that we help fundraise. And anybody that wants to join in and help us, 100% of your funds are going to this effort,” Eschenbaum said.

Neighbors helping neighbors, hundreds of miles apart.

“It’s very taxing, you know, this time of year. Calving cows, starting to breed cows, feeding cows, worried about the drought. And, you know, if I’m going to have enough pasture, so to get hit with a fire that takes out everything, on top of all of that, I think it’s pretty easy for other cattlemen to say, hey, we got to help,” Eschenbaum said.

Nebraska is heading into the 2026 growing season with limited precipitation and groundwater resources. Growers are also facing rising input costs and declining commodity prices, forcing many to rethink how much risk they can afford to carry with irrigated corn and soybeans.

“In years like this, even small shifts in cropping strategy can help protect both yield and profitability,” said Dipak Santra, Nebraska Extension Alternative Crops Breeding specialist at the University of Nebraska-Lincoln Panhandle Research Extension and Education Center. “Alternative crops such as proso millet and field pea offer lower water and nitrogen requirements, making them potential tools for reducing risk in water-limited systems.”

Water limitations are not the only concern for farmers this season. The risk of yield loss could be exacerbated by skyrocketing N-fertilizer prices resulting from the war in the Middle East. The U.S. fertilizer industry depends heavily on imports, and the nation’s prices have reportedly jumped roughly 32 percent in the past few weeks. Prices are expected to rise if the international crisis is prolonged. 

“With spring planting approaching, these price increases present additional challenges for producers already managing tight margins,” said Rituraj Khound, UNL post-doctoral research associate. At the same time, corn and soybean market prices have declined by 50 percent and 40 percent, respectively, since 2022. 

ALTERNATIVE CROPS

Santra and Khound suggest growers consider alternative cereal millet (proso millet and/or grain sorghum), a crop recognized for its ability to efficiently utilize moisture for producing a considerable yield. Its shallow, fibrous root system effectively takes up early-season water from the topsoil while conserving deeper soil water for subsequent crops. 

“Another crop, field pea, is a widely grown pulse crop that is gaining popularity in Nebraska and global health food markets as a source of plant proteins due to its nutrient-dense seeds,” Santra said. “It is also suitable for animal feed as soybean.” 

Field peas provide several advantages. Biological nitrogen (N) fixation, enhanced rotation efficiency with cereals, reduced fertilizer requirements, and adaptation to semi-arid conditions due to its early maturity and low seasonal water use. Field pea also helps interrupt common disease cycles when introduced into cereal rotations. 

Nebraska is among the states with notable field pea production. In 2025, USDA NASS cited Nebraska farmers harvested approximately 566,667 bushels of field peas from 20,000 acres of farmland. 

Dryland millet and peas are both low-input crops that require considerably less seasonal precipitation and minimal fertilizer and herbicide applications, thereby reducing production costs. 

In addition to lowering input requirements, both crops contribute to soil health. Field pea supports soil fertility through biological nitrogen fixation and enhanced soil microbial activity, while millet increases soil organic matter deposition, improves soil aggregation, and helps reduce erosion. Together, these crops offer a practical way to improve system resilience and maintain productivity in water-limited environments.   

In the face of a challenging growing season, Nebraska farmers could consider diversifying their farms by planting a small portion (e.g., 10-25 percent of the total acreage) of corn with millet, depending on feasibility and resources available on their farms. A similar approach could be used to reduce risk in soybean systems by allocating a portion of acres to dryland field pea.