New Zealand Mountain Guides Association Certified Guide

In short-roping, the guide must stay above the client with a taut rope to prevent a slip from gaining momentum and turning into a fall. Pitching out moderate terrain is too slow and exposes the team to objective hazards, while walking side-by-side or below the client removes the guide’s ability to effectively arrest a fall from above.

The ‘Nor’wester’ is a classic New Zealand weather pattern that brings moist, warm air from the Tasman Sea, resulting in heavy rain/snow and severe winds over the Main Divide. The other options describe Southerly systems, summer convection, or high-pressure blocking, which do not align with a North-Westerly flow.

ECTP stands for Extended Column Test Propagation, meaning the fracture crossed the entire column, while ’12’ indicates it took 12 taps (moderate force) to initiate. This indicates a highly unstable snowpack prone to propagation, invalidating the options that suggest stability or misinterpret the ’12’ as a layer depth.

A 3:1 Z-drag is the standard, efficient hauling method to assist a stuck follower over a lip or short distance without overcomplicating the system. Lowering them to the ground is often impossible on multi-pitch routes, a 6:1 takes too long to build and reset, and a tandem rappel requires complex load transfers that are unnecessary if the client is uninjured and just needs a hoist.

Ataxia combined with severe headache and fatigue are classic signs of High Altitude Cerebral Edema (HACE), a life-threatening emergency requiring immediate descent. Waiting, pushing higher, or just treating with mild painkillers will likely result in the client’s condition deteriorating fatally.

Even on dry glaciers, slips can lead to falls into open crevasses; traveling roped with a taut line and adequate spacing prevents a slip from becoming a catastrophic fall. Unroped travel is too risky if a slip occurs, short-roping spacing is too close to arrest a crevasse fall safely, and fixing lines across a whole glacier is impractically slow.

Skiing one at a time between safe zones limits exposure so that if an avalanche is triggered, only one person is caught, and the guide can maintain a visual on their last seen point. Skiing simultaneously or close together exposes the whole group to a single slide, and roping up while skiing introduces severe mechanical hazards and hinders escape.

Approaching a helicopter safely requires making eye contact with the pilot, approaching from the front/side (never the rear due to the tail rotor), staying low to avoid main rotor strike, and securing loose items. Approaching from the rear, carrying items vertically, or moving without the pilot’s signal are highly dangerous actions that violate fundamental aviation safety rules.

A ‘Southerly Buster’ is a rapid, violent cold front moving up the South Island, bringing freezing temperatures, severe winds, and zero visibility almost instantly. Guides must avoid being caught high on a mountain during this event; the other options describe entirely different weather phenomena.

Hand coils allow the guide to instantly lengthen or shorten the rope, keeping it taut so they can immediately arrest a client’s slip before it generates high impact forces. They are not meant for the client to grab, nor are they primarily for protecting the rope or acting as a dropped anchor.

In mountain guiding, objective hazards (like warming seracs) dictate rigid turnaround times, and a slow client means the objective must be abandoned to preserve safety. Dragging a client, increasing exposure under ice cliffs, or abandoning a client are severe breaches of professional client care and safety standards.

In ‘guide mode’, a plaquette device auto-blocks if a follower falls, allowing the guide to efficiently bring up two clients at once while managing the stance. It is a static catch (not dynamic), requires a bombproof anchor, and the guide is still actively belaying, making the other options incorrect.

Navigating in a whiteout on a glacier requires precise instruments (compass/GPS) and a technique like ‘roping out’ a client to maintain a straight bearing, as humans naturally walk in circles without visual references. Relying on intuition, unroping in crevasse terrain, or freezing in place are highly dangerous alternatives.

Before approaching a hazardous crevasse lip, the guide must fully secure the fallen climber’s rope (tying off the load) and ensure their own safety by tethering to the anchor. Rappelling immediately loses the hauling advantage, hauling blindly can injure a wedged client, and pulling on a loaded rope is ineffective and dangerous.

Crossing weak snow bridges requires probing for thickness and crossing roped, one at a time, perpendicular to the slot to minimize exposure and ensure a catch if the bridge fails. Skiing fast, unroping, or moving parallel to the slot drastically increases the risk of a fatal, unarrested fall.

Scene management is critical in a multi-burial; establishing leadership, ensuring safety (residual hazard), turning off transmitting beacons (switching to search), and knowing how many are missing prevents further tragedy and confusion. Random probing, splitting the group prematurely, or digging useless trenches wastes the critical 15-minute survival window.

In loose rock/scree, moving tightly together ensures that if a rock is kicked loose, it hits the person below immediately before it has time to accelerate and cause severe injury. Spreading out allows rocks to reach lethal speeds, running causes loss of control and more rockfall, and simultaneous abseiling in choss guarantees dangerous rockfall on the lower climber.

DOC strictly requires ‘pack it in, pack it out’ for solid human waste in the alpine zone to protect the fragile environment and water sources, as waste does not decompose in freezing temperatures. Burying it in snow, leaving it on ice, or burning it are environmentally destructive and violate concession rules.

On corniced ridges, climbers must stay on the windward side (away from the weak cornice overhang) and be prepared to execute a ‘cornice jump’—jumping off the opposite side of the ridge to arrest a partner’s fall using the ridge as a fulcrum. Walking on the cornice is deadly, slack rope prevents arresting a fall, and placing screws continuously is too slow and often impossible in ridge snow.

Aoraki/Mt Cook is a heavily glaciated, steep alpine peak requiring excellent fitness, solid crampon skills on steep ice, and efficient movement to minimize time exposed to objective hazards. It does not require high-grade rock climbing, 7000m expedition tactics, or professional-level avalanche certification from the client, as the guide manages the avalanche risk.