Atticus Artavia 2 SC Azoxystrobin Fungicide (16 OZ) — Fungus Control for Lawns & Landscapes

Overview

Atticus Artavia 2 SC is a systemic fungicide designed to defend turfgrass and landscape ornamentals. It contains 22.9% azoxystrobin, the same active ingredient used by leading brands, and moves inside the plant to deliver protection from leaves down to the roots, including new growth. This means protection travels with the plant as it grows, helping to shield vulnerable new tissue as well as established foliage.

Broad-spectrum protection you can rely on

Artavia 2 SC addresses a broad range of fungi—more than 20 turf fungi and 30 ornamental fungi—providing a versatile tool for lawns and garden beds. It targets common problems such as anthracnose, leaf spot, rhizoctonia, spring dead spot, and brown patch. For exact fungi coverage, refer to the label, which lists the comprehensive fungi control list.

• Broad-spectrum activity against foliar and soil-borne fungi, ideal for lawns and landscapes
• Systemic movement from leaves to roots to protect developing growth
• Absorbed by leaves and roots for inside-out plant defense
• Extended intervals between sprays, with application windows up to 28 days
• Suitable for turfgrass and ornamentals across lawns, landscapes, golf courses, and greenhouse/nursery settings

How to use and key considerations

Apply Artavia 2 SC following the label directions and on approved plant material. The product is designed to cover both foliar diseases and soil-borne problems, including protection for tender new growth. Always read the full label for complete directions, plant lists, and safety recommendations to maximize effectiveness and minimize risk.

• Extended protection windows can reduce spray frequency during peak disease periods
• Label-guided use on turf, ornamentals, golf courses, and greenhouse settings
• Not available for sale in Alaska, Hawaii, or Vermont

Note that results may vary with environmental conditions, plant health, and disease pressure. Artavia 2 SC offers a practical option to support plant health and disease management, but outcomes depend on site-specific factors and proper application.